How Many Feet Is 82? The 135 Top Answers

Are you looking for an answer to the topic “how many feet is 82“? We answer all your questions at the website Chewathai27.com/ppa in category: Top 867 tips update new. You will find the answer right below.

Now you know how to convert 82 in to feet and that eighty-two inches equal 6 5/6 feet.Answer: There are 84 inches in 7 feet.Thus, 3 feet = 36 inches.

Feet to Foot Conversion Table
Feet Foot
8 feet 8 ft
9 feet 9 ft
10 feet 10 ft
11 feet 11 ft
Foot (unit)
foot
1 ft in … … is equal to …
Imperial/US units 13 yd 12 in
Metric (SI) units 0.3048 m 30.48 cm 304.8 mm

Is 7 feet equal to 84 inches?

Answer: There are 84 inches in 7 feet.

What is 8 feet in feet?

Feet to Foot Conversion Table
Feet Foot
8 feet 8 ft
9 feet 9 ft
10 feet 10 ft
11 feet 11 ft

What is 1 ft in feet?

Foot (unit)
foot
1 ft in … … is equal to …
Imperial/US units 13 yd 12 in
Metric (SI) units 0.3048 m 30.48 cm 304.8 mm

What is 3 feet the same as?

Thus, 3 feet = 36 inches.

What is 60 in by 80 in in feet?

Inches to feet conversion table
Inches (“) Feet (ft)
50 ″ 4.1667 ft
60 ″ 5.0000 ft
70 ″ 5.8333 ft
80 ″ 6.6667 ft

82 Inches sang Feet trình chuyển đổi đơn vị

Conversion from inches to feet

Enter the length in inches (″) and press the Convert button:

Enter inches: ft = Convert × Reset Swap Feet Result: ft Feet+Inch Result: ft ″ Calculation:

feet to inches ►

How to convert inches to feet

1 inch equals 1/12 foot:

1″ = 1/12 foot = 0.083333 feet

The distance d in feet (ft) is equal to the distance d in inches (″) divided by 12:

d(ft) = d(″) / 12

example

Convert 20 inches to feet:

d (ft) = 20″ / 12 = 1.667ft

Inches to feet conversion table

Zoll (“) Fuß (ft) 0,01” 0,000833333 ft 1/64 “0,001302083 ft 1/32” 0,002604167 ft 1/16 “0,005208333 ft 0,1″ 0,008333333333333333333333333333333333333333333333333333333. 0.041666667 ft 1 in 0.0833 ft 2 in 0.1667 ft 3 in 0.2500 ft 4 in 0.3333 ft 5 in 0.4167 ft 6″ 0.5000 ft 7″ 0.5833 ft 8″ 0.667 ft 9” 0.75Ft 10″ 10″ 0.6333333333333333016. 40″ 3.3333 ft 50″ 4.1667 ft 60″ 5,0000 ft 70″ 5.8333 ft 80″ 6.6667 ft 90″ 7,5000 ft 100″ 8.3333 ft

feet to inches ►

See also

What is 5 ft in feet?

Feet to Foot Conversion Table
Feet Foot
5 feet 5 ft
6 feet 6 ft
7 feet 7 ft
8 feet 8 ft

82 Inches sang Feet trình chuyển đổi đơn vị

Enter the value below.

Number in feet Number in feet to convert to feet Result in feet Converted value to feet Conversion

Why is a foot 12 inches?

Initially, the Romans divided their foot into 16-digits, but they later split it into 12 unciae (which in English means ounce or inch). Jacob Koebel described the verification process of a foot during the 16th century.

82 Inches sang Feet trình chuyển đổi đơn vị

A foot (abbreviated “ft”) is a unit of length in the United States common and imperial measurement systems. The international convention defined both units as equivalent to 12 inches, and in both systems a foot equals 12 inches and a yard equals 3 feet.

History of foot measurement

Historically, the “foot” has been part of numerous measurement system units, including the English, French, Chinese, Roman, and Greek systems. The length of a foot varied from place to place and was divided into either 16 digits or 12 inches. The only developed country that uses the international foot instead of meters is the United States.

In the past, the basis of measurement was determined by a person’s foot. In fact, the foot length of a white male is about 15.3% of his height, which means that a 5ft 3in male’s foot is about 9.65 inches long. These numbers therefore varied over time, suggesting that the unit “foot” was synonymous with an actual human shoe. Archaeologists suggest that the Mesopotamians, Indians, and Egyptians used a cubit, while the Greeks and Romans used a foot. For the Egyptians, 16 digits or 4 palms equaled one foot. During the Bronze Age, most Indus cities used a foot, which was approximately 13.2 inches.

First use of the 12 inch foot

The typical Roman foot was about 11.64 inches long, which is about 97% of the measurements used today, but in the provinces people used the foot of Nero Drusus (which was about 13.15 inches long). Initially, the Romans divided their foot into 16 digits, but later they divided it into 12 unciae (which means ounce or inch in English). Jacob Koebel described the process of checking a foot in the 16th century.

The International Pound and Yard Convention of July 1959 defined the international foot as 12 inches, which was 1.7 ppm (parts per million) shorter than the United Kingdom’s original definition and 2 ppm shorter than the United States’. In the United States, a foot was estimated at 12 inches, with an inch being defined by the 1893 Mendenhall Order, which stated that a meter was equal to 39.37 inches.

Why 12 instead of 10?

12 is a standard number and is used in the 12 hour clock, there are 12 months in a year and 12 inches in a foot. But why use 12 instead of 10?

Historically, not every nation had a 12-hour clock; In fact, the Egyptians were the only ones with 12 hours for the night, 2 hours for the twilight, and 10 hours for the day. Therefore, the combination of 10 hours of day and 2 hours of twilight gives 12 hours of night and day.

There is much speculation as to why they counted in bases of twelve rather than ten, and this influenced various cultures over time. One school of thought says our fingers have three joints and if you count the joints with our thumbs we have twelve joints in both hands and that’s how they counted.

The Babylonians developed a base-60 counting system known as the sexagesimal system. The sexagesimal system is used to count time and has 12 factors. Also, mathematically speaking, 12 has more factors and is easier to subdivide compared to 10. The 12 counting system has been adopted by many cultures, including the Romans, who introduced the idea of ​​12 inches in a foot.

How big is a foot?

1 foot is a unit of length in the customary system of measurement that is equal to 12 inches. You may want to think of 1 foot as the average length of a human foot because this is how it was originally defined. However, unless you really have big feet, it is not likely that your foot will have a length of 12 inches.

82 Inches sang Feet trình chuyển đổi đơn vị

How big is 1 foot? definition and examples.

1 foot is a unit of length in the common measurement system, equal to 12 inches.

You might want to think of 1 foot as the average length of a human foot because that’s how it was originally defined.

However, unless you have really big feet, your foot is unlikely to measure 12 inches in length.

Things around your house that measure 1 foot or 12 inches.

The height of a two liter soda bottle is approximately 1 foot or 12 inches

The length (longest side) of the Samsung Galaxy Note 4 is approximately 6 inches. Therefore, the length of two Samsung Galaxy Note 4 is about 12 inches.

The length of an adult’s forearm from elbow to wrist is approximately 12 inches.

What is smaller than a mile?

Kilometres are shorter than miles: 1 foot equals 30.5 centimetres, and 1 mile equals 1.6 kilometres.

82 Inches sang Feet trình chuyển đổi đơn vị

measurements

distance (length, height or width)

The standard linear measure in the imperial system was the mile, which was divided into furlongs, chains, yards, feet and inches.

The mile was based on a Roman measurement of 1,000 paces. The word “furlong” comes from “a furrow long” or the distance an ox could travel without resting. A foot was traditionally the length of a man’s foot, and “inch” comes from the Latin word “uncia” meaning “one twelfth”.

This system is still used by many people in the UK to measure distance (miles) and their own height (feet and inches).

Table of standard linear measure units:

Measure equivalent 3 styes 1 inch (in or “) 12 inches 1 foot (ft or ‘) 3 feet 1 yard (yd) 5½ yards 1 perch, pole or rod 40 poles 1 furlong 8 furlongs 1 mile 3 miles 1 league

Hence there were 5280 feet and 1760 yards in 1 English mile.

Many maps use surveyor’s distance measurements in their scales. These are as follows:

Measure equivalent 100 links (4 rods, 22 yards or 66 feet) 1 chain 10 chains 1 furlong 80 chains 1 mile

Detail of a chain scale from the plan of Newark Fields, before 1768 (Ne 6 P 3/15/3)

Metric units of measurement are as follows:

Unit of measurement 10 millimeters (mm) 1 centimeter (cm) 100 centimeters (cm) 1 meter (m) 1000 meters (m) 1 kilometer (km)

Kilometers are shorter than miles: 1 foot is 30.5 centimeters and 1 mile is 1.6 kilometers. Conversion tables are widely available in printed books and on the Internet.

area

A variety of traditional land measurements existed up until the 17th century. The measurements below were based on how much of a given piece of land could be produced or worked, and therefore varied widely depending on soil quality and climate. They do not have absolute sizes, but can be measured against each other:

Measure Equivalent 1 acre The area that could be plowed in one day by a team of eight oxen. Nominally 120 acres, although actual area varied. Also called (among other names) carucate or farmland

A hide consisted of 8 ox gangs or bovates or 4 maidens

In this 1642 rent from the parish of Cromwell meadow soil is given in acres but farmland (which had to be ploughed) in oxgangs.

Detail from Cromwell Rental, 1642 (Ne A 54) – “Oxgangs of arrable”

The standard measure of area in the imperial system was the acre, divided into roods and barches. Area measurements were often denoted by the letters a.r.p. abbreviated.

The acre was officially defined as 1 furlong (40 poles = 660 feet) in length and 4 poles (66 feet) in width. The rectangular shape of this measure arose because arable land consisted of long strips of land, each containing longitudinal furrows. One furrow long = 1 furrow.

However, most land was not of this shape, so square measurements were standardized to measure irregularly shaped pieces of land. Table of square units of measurement:

Measure equivalent 144 square inches 1 square foot 9 square feet 1 square yard 30¼ square yards 1 rod 40 rods 1 rood 4 roods 1 acre 640 acres 1 square mile

Here is another detail from the 1642 Rent from the Parish of Cromwell, showing the rents for meadowland measured in acres (‘acr’) and roods (‘roodes’).

Detail from the Cromwell Rent, 1642 (Ne A 54) – “Meddow the whole rent”

Metric measurements are as follows:

Unit of measurement 100 square millimeters (square millimeter) 1 square centimeter (square centimeter) 10,000 square centimeters (square centimeter) 1 square meter (square meter) 100 square meters 1 are 100 ares (10,000 square meters) 1 hectare 100 hectares (1,000,000 square meters) 1 square kilometer

Hectares are larger than acres: 1 acre equals 0.4 hectares. Conversion tables are widely available in printed books and on the Internet.

Next page: volume or capacity

What’s bigger than a yard?

Equivalencies. A yard and a meter are roughly equivalent, although a meter is slightly larger. A meter is 1.09361 yards, or 1 yard and 0.28 in.

82 Inches sang Feet trình chuyển đổi đơn vị

In the United States, most people still use a version of the old “imperial” system of measurement called the US Standard System of Units, which calculates distances in inches, feet, and yards. The system works well but is not intuitively logical and is based on very old Roman distance expressions. In the sciences and in most other parts of the world, people use the metric system, which uses a base 10 system and gives us a meter stick rather than a ruler.

US standard system of units

People often refer to the US Customary Unit System as the “imperial system,” but there are some differences in weight and volume measurements. However, when it comes to units of length, both systems use inches, feet, and yards. The basic unit inch (inch) is sometimes broken down into fractions. For example, an object might be 1 1/2 or 7 3/8 inches long. There are 12 inches in a foot (ft.) and 3 feet in a yard. Thus, a folding rule is 36 inches or 3 feet long.

Metric system

The metric system is also known as the “international standard system”. It is based on a base 10 concept and its basic units are millimeters (mm), centimeters (cm), decimeters (dm) and meters (m). There are 10 decimeters in a meter, 10 centimeters in a decimeter, and 10 millimeters in a centimeter.

equivalences

A yard and a meter are about the same, although a meter is slightly larger. A meter is equal to 1.09361 yards or 1 yard and 0.28 inch. Given this, it is not surprising to find meter sticks with metric and imperial unit markings. One inch = 2.54 cm, but for quick mental calculations, many people round down to 2.5 cm when estimating.

Which ones to use?

What is 3ft by 4ft in inches?

Feet to inches conversion table
Feet (ft) Inches (“)
1 ft 12 ″
2 ft 24 ″
3 ft 36 ″
4 ft 48 ″

82 Inches sang Feet trình chuyển đổi đơn vị

Conversion from feet to inches

Enter Feet: ft = Convert × Reset Swap Result Inches: ″ Result Feet+Inches: ″ Calculation:

inches on foot ►

How to convert feet to inches

1 foot equals 12 inches:

1ft = 12″

The distance d in inches (″) is equal to the distance d in feet (ft) times 12:

d(″) = d(ft) × 12

example

Convert 2 feet to inches:

d (″) = 2 feet × 12 = 24″

Feet to inches conversion table

FEET (FT) Inches (“) 0.01 ft 0.12 ″ 0.1 ft 1.2 ″ 0.2 ft 2.4 ″ 0.4 ft 4.8 ″ 0.5 ft 6.0 ″ 0.6 ft 7.2 ″ 0.7 ft 9.6 ″ 0.9 ft 10.8 ″ 1 ft 12″ 2 ft 24″ 3 ft 36″ 4 ft 48″ 5 ft 60″ 6 ft 72″ 7 ft 84″ 8 ft 96″ 9 ft 108″ 10 ft 120″ 100 ft 1200″

inches on foot ►

See also

How many inches is 7 p?

Picas to Inches Conversions
Picas Inches
6 picas 1 inches
7 picas 1.16667 inches
8 picas 1.33333 inches
9 picas 1.5 inches

82 Inches sang Feet trình chuyển đổi đơn vị

Add to phone

Use this calculator to convert picas to inches (in) and inches to picas. This converter is part of the full length and distance conversion tool.

Disclaimer: While every effort has been made to create our calculator tools, we cannot be held responsible for any damages or monetary loss arising out of or related to your use of them. Full Disclaimer.

Inch to pica conversions

inch pica 1 inch 6 pica 2 inch 12 pica 3 inch 18 pica 4 inch 24 pica 5 inch 30 pica 6 inch 36 pica 7 inch 42 pica 8 inch 48 pica 9 inch 54 pica 10 inch 60 pica 11 inch 66 pica 12 inch 72 pica 13 inch 78 pica 14 inch 84 pica 15 inch 90 pica 16 inch 96 pica 17 inch 102 pica 18 inch 108 pica 19 inch 114 pica 20 inch 120 pica Numbers rounded to a maximum of 5 decimal places (7 for smaller numbers).

How many picas are in 1 inch?

There are 6 picas in 1 inch. To convert from inches to picas, multiply your number by 6 (or divide by 0.16666666666667).

Conversion from picas to inches

Picas Inches 1 pica 0.16667 inches 2 picas 0.33333 inches 3 picas 0.5 inches 4 picas 0.66667 inches 5 picas 0.83333 inches 6 picas 1 inches 7 picas 1.16667 inches 8 picas 1.33333 inches 9 picas 1.5 inches 10 picas 1.666671 inches 11 picas3 inches 2.82 inches 3 inches 13 picas 2.16667 inches 14 picas 2.33333 inches 15 picas 2.5 inches 16 picas 2.66667 inches 17 picas 2.83333 inches 18 picas 3 inches 19 picas 3.16667 inches 20 picas 3.33333 inches

How many inches in 1 pica?

There are 0.16666666666667 inches in 1 pica. To convert from picas to inches, multiply your number by 0.16666666666667 (or divide by 6).

How much is 84 months?

How long is 84 months? 72 months is six years. 84 months is seven years.

82 Inches sang Feet trình chuyển đổi đơn vị

LendingTree is compensated by companies on this website and this compensation may affect how and where offers appear on this website (e.g. the order). LendingTree does not include every lender, savings product, or lending option available on the market.

LendingTree is compensated by companies on this website and this compensation may affect how and where offers are displayed on this website (e.g. ordering). LendingTree does not include every lender, savings product, or lending option available on the market.

Editor’s Note: The content of this article is based solely on the opinions and recommendations of the author. It must not have been reviewed, commissioned, or otherwise endorsed by any of our network partners.

If you’re wondering whether to pay for that dream car with an 84-month car loan, consider what a long-term car loan could do for your finances. Paying for a car for 72 or 84 months — six or seven years, in other words — means you’re likely to be “under water” right away, or in more debt than your car is worth. As the car ages, you may have to pay for repairs while still making payments.

We’ll walk you through some alternatives to long-term car loans and the few instances where they might make sense.

Disadvantages of 72 or 84 month car loans

Paying for a car over 72 months or 84 months usually means you have lower monthly car payments but face significantly higher interest costs over the life of the loan. While that doesn’t sound so bad—after all, you’re sticking to your monthly budget—there are additional risks.

Higher overall cost

Here’s a closer look at how long-term car loans get more expensive over the long run. In this example, an 84-month car loan costs $1,100 more in interest than a 60-month loan for the same $20,000 vehicle at an APR of 5% (excluding other costs such as taxes and dealer fees).

Cost of an 84-month car loan: Interest Charges Loan Term Total Interest 60 months (5 years) $2,645 72 months (6 years) $3,191 84 months (7 years) $3,745

Higher interest rates

Long-term car loans usually have higher interest rates. A buyer who elects an 84-month auto loan for a $25,000 vehicle pays $3,353 more in interest charges than an identical buyer with a 36-month auto loan at 5.19% APR or 3.86% APR annual interest.

Average Auto Loan Rates by Term Auto Loan Term Average Interest Rate 36 Months 3.86% 48 Months 3.93% 60 Months 4.01% 72 Months 4.15%

Source: S&P Global Market Intelligence

Larger engraving due to depreciation

New cars lose about 9% of their value as soon as you drive them out of the parking lot. This is known as depreciation, which picks up pace in the first few years of a car’s life. Long term payments make things worse as your car may depreciate faster than you can pay off. When you owe more than your car is worth, it’s called upside down or underwater on your car loan.

This could haunt you if you have an accident or are a victim of a car theft. You could owe your lender money if your auto insurance provider doesn’t cover the entire loss. Insurance companies only cover the value of the damaged or stolen car – you have to pay the rest. This is the so-called negative equity.

Negative equity also comes into play when you decide to sell or trade a car before the loan is due and get another car. Many lenders will convert negative equity into new credit, but you set yourself up for a cycle of negative equity in which you owe more and more than the car is worth.

repairs during payment

Most warranties do not extend to 72 months (six years) or 84 months (seven years). The typical “bumper-to-bumper” warranty lasts half that time or less, typically three years at 36,000 miles. Powertrain warranties are typically for five years, 60,000 miles. It’s never fun paying for car repairs, especially while you’re still paying off a car license. Extended warranties are available but can cost up to $2,500.

Lack of long-term flexibility

A lot can change in seven years. Will your car still be the kind of vehicle you need? For example, will it be big enough for your growing family or will it be able to handle different weather when you move house? A long-term car loan ties you to one type of car.

Benefits of Long Term Auto Loans

While there aren’t many benefits to having a car loan for six years or more, there may be a few, rare instances where a long-term car loan might make sense.

Lower payments

In our earlier example of a $20,000 car loan with an APR of 5%, the monthly payment for an 84-month car loan is lower than what you could get with 60-month or 72-month financing. It’s almost a $100 difference compared to a 60-month term. A lower monthly payment could be easier on your budget.

Cost of an 84-month car loan: Monthly Payment Loan Term Monthly Payment 60 months (5 years) $377 72 months (6 years) $322 84 months (7 years) $283

Nicer car

Because the monthly payment is typically lower on an 84-month car loan, a longer-term loan allows you to afford a more expensive car for your monthly budget. However, be sure to look at the total costs in addition to the monthly ones, as you tend to end up spending a lot more money in the long run. And never settle for the first lender to offer a loan — especially when you could pay it for the next seven years. Fill out a single online form at LendingTree and receive up to five car loan quotes from lenders based on your credit rating.

Flexible monthly budget

With a lower car payment, you could free up money to improve your financial health in other ways.

Pay off more expensive debt. If your car loan has an APR of 5% and your credit card has an APR of 20%, it makes sense to pay off the card first.

Increase your savings. Enlist in an emergency fund to protect yourself from unexpected expenses.

Invest money. If you can earn a 7% annualized return by investing your money in the stock market and the APR on your car loan is 3%, you could benefit from investing the money you would otherwise spend on your monthly car payment .

Is a car loan with a term of 84 months worth it?

Long or short, your repayment term is a personal choice, but shorter is usually better. As mentioned earlier, lenders typically offer the lowest interest rates on auto loans with the shortest terms.

An exception to the rule is if you qualify for a 0% APR deal on a long-term auto loan. Car manufacturers often advertise interest-free financing such as “0% financing for 72 months” – if you pay on time over the entire term, you pay no interest.

However, 0% APR is reserved for borrowers with the highest credit. And it’s not always as good as it sounds. When the manufacturer offers you a choice between low-interest financing or a rebate, it’s almost always better to take the rebate, which is money that’s deducted from the car’s price. When the car price is lowered, you have less borrowing and debt, which can make a difference if you decide to sell the car before the loan is due.

How to master a car loan with a term of 72 or 84 months

If you already have a car loan that is 72 months or longer in duration and need help managing it, here are some ideas:

make additional payments

You can do this in a number of ways.

Deposit the principal each month: Check with your lender to see if you will be penalized for paying off the loan early. If not, pay extra each month and apply the extra funds to the loan amount. When you pay the principal on an auto loan, you’re paying back the original amount that you borrowed. You may need to provide specific instructions to your lender – otherwise additional payments for interest and fees may apply. Pay the principal in one lump sum: If you don’t want to be penalized for prepaying the loan and don’t want to make an extra payment every month, you can make a large lump sum payment to the principal.

Refinance your loan

Refinancing means replacing your old loan with a new one. You may be able to refinance for a shorter term and lower APR to pay off your debt faster — and for less money. An auto refinance loan might be a good option if your credit rating has improved since you took out your original loan, or if interest rates in general have fallen.

Alternatives to long-term car loans

A long-term car loan isn’t the only way to get more manageable monthly payments. Consider one of these options instead.

lease a car

Car leasing typically offers lower payments than a financed car purchase. It can be a smart choice on a tight budget, especially for people who would otherwise buy a new car every few years. However, you don’t build equity with a car lease, and you may incur charges for things like excessive mileage or wear and tear. Find out if leasing or buying a car is right for you.

Buy a cheaper car

A cheap new car or used car in your desired model is an uncomplicated way to borrow less. Don’t want to give up your dream car? How to negotiate a better car price.

Make a higher deposit

The higher the down payment, the lower your loan amount. Consider diving into your savings or waiting until you’ve saved a little more before buying a car. A significant down payment can help you get a lower payment and possibly a lower APR and term. Don’t stretch your savings so far that you can’t pay other bills on time. Here are eight ways to make extra money.

Get a co-signer

If a high APR is cranking up your monthly payment, consider having a co-signer or someone signing the car loan with you. The co-signer is personally and jointly responsible for the repayment of the loan. Having a co-signer can help you secure a loan, especially if the co-signer’s credit rating is stronger than yours. Your support could result in a lower APR – and therefore a monthly payment – on a car loan.

FAQs on long-term car loans

How long is 72 months? How long is 84 months?

72 months is six years. 84 months is seven years.

Is it bad to finance a car for 84 months?

Not necessarily. In most cases, a shorter car loan will be cheaper, but there are exceptions. An 84-month car loan can make sense if you plan to pay off high-interest debt or invest the money you would otherwise put into an auto payment.

What about 96 month car loans?

While some lenders offer 96-month auto loans, such a long loan term is not recommended. Take a look at our affordability calculator to see how much car you could afford with a shorter term loan.

Who finances vehicles for 84 months?

Almost all car lenders are able to offer car loans with a term of 84 months. However, it might be difficult to qualify for one. Lenders consider many factors, including the exact car you’re buying, its loan-to-value ratio (LTV), your credit score, and more.

82 cm to inches?

82 cm to inches?
82 cm to inches?


See some more details on the topic how many feet is 82 here:

82 in sang ft trình chuyển đổi đơn vị – in to ft Inches to Feet

Chuyển đổi 82 in để độ dài phổ biến ; Inch, 82.0 in ; Foot, 6.8333333333 ft ; Yard, 2.2777777778 yd ; Mét, 2.0828 m.

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Source: inches-to-feet.appspot.com

Date Published: 7/21/2021

View: 8952

Convert 82 Inches to Feet – CalculateMe.com

Convert 82 Inches to Feet ; 82.17, 6.8475 ; 82.18, 6.8483 ; 82.19, 6.8492 ; 82.20, 6.85.

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Source: www.calculateme.com

Date Published: 8/29/2021

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82 inches to feet – CoolConversion

Inches to feet conversion chart near 82 inches ; 82 inches, = 6.83 feet ; 83 inches, = 6.92 feet ; 84 inches, = 7 feet ; 85 inches, = 7 1/12 feet.

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Source: coolconversion.com

Date Published: 9/15/2022

View: 8901

How many feet are 82 inches

In 82 in there are 6.8333333 ft . Which is the same to say that 82 inches is 6.8333333 feet. Eighty-two inches equals to six feet. *Approximation …

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Source: howmanyis.com

Date Published: 3/1/2021

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82 in to ft – How long is 82 inches in feet? [CONVERT]

82 inches is equivalent to 6.83333333333333 feet. Conversion formula. How to convert 82 inches to feet …

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Source: converter.ninja

Date Published: 4/28/2022

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Convert 82 inches to feet

So, if you want to calculate how many feet are 82 inches you can use this simple rule. D you find this information useful? We have created this website to …

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Source: convertnation.com

Date Published: 8/9/2022

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82 in to ft | 82 Inches in Feet

Step-by-step conversion process to convert 82 Inches to Feet or to any other lenght units.

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Source: ezunitconverter.com

Date Published: 12/29/2021

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Convert 82.0 Inches to Feet – Airline flights on Flightpedia

More information from the unit converter · Q: How many Inches in a Foot? · Q: How do you convert 82 Inch (in) to Foot (ft)? · Q: How many Inches in 82 Feet?

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Source: www.flightpedia.org

Date Published: 10/22/2021

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How Many Feet Is 82 Inches? – Unit Converter

Convert 82 inches to feet (82 in to ft). What is eighty-two inches in feet?

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Source: convertoctopus.com

Date Published: 5/9/2022

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Foot to Feet Converter

Enter the value below.

Number in feet Number in feet to be converted to feet Result in feet Converted value in feet Converted

Foot (unit)

Usual unit of length

This article is about the unit of measurement. For human foot sizing, see shoe size. For other uses, see Foot (disambiguation)

Feet System of Units British/US Units Unit of Length Symbol ft or ′ Conversions 1 ft in… …equals… Imperial/US Units 1 / 3 yd

12 in metric (SI) units 0.3048 m

30.48cm

304.8mm

The foot (pl. feet), standard symbol: ft, [1][2] is a unit of length in the British Imperial and United States systems of measurement. The dash symbol ′ is a commonly used alternative symbol.[3] Since the International Yard and Pound Agreement of 1959, a foot has been precisely defined as 0.3048 metres. In both standard and imperial units, a foot is 12 inches and a yard is three feet.

Historically, the “foot” has been part of many local systems of units, including the Greek, Roman, Chinese, French, and English systems. It varied in length from country to country, city to city, and sometimes trade to trade. Its length usually ranged from 250 mm to 335 mm and was generally, but not always, subdivided into 12 inches or 16 digits.

The United States is the only industrialized nation to favor the international foot and survey foot (a common unit of length) over the meter in its commercial, engineering, and standardization activities. The foot is legally recognized in the UK; Road signs are required to use imperial units (however, distances on road signs are always given in miles or yards rather than feet), while their use as a measure of height is widespread among the British public. The foot is recognized in Canada as an alternative expression of length[7] and is officially defined as a unit derived from the meter[8], although both the United Kingdom and Canada have adopted some metric units of measurement. Altitude measurement in international aviation is one of the few areas where the foot is used outside of the English-speaking world.

The international foot length is equivalent to a human foot with shoe size 13 (UK), 14 (US men), 15.5 (US women) or 48 (EU size).

Historical origin[ edit ]

Geometrei by determining the pole based on the length of the left foot of 16 randomly selected people coming out of the service. Woodcut from the book by Jakob Köbel (Frankfurt, around 1535).

Historically, the human body has been used as the basis for units of length.[9] The foot of an adult Caucasian male typically accounts for about 15.3% of his height,[10] giving a 175 cm (5 ft 9 in) person a foot length of about 268 mm (10.6 in) on average.

Archaeologists believe that in the past, people in Egypt, India, and Mesopotamia preferred the cubit, while people in Rome, Greece, and China preferred the foot. Under the Harappan linear measurements, Indus cities during the Bronze Age used a 333.5 mm (13.2 in) foot and a 528.3 mm (20.8 in) cubit. The Egyptian equivalent of the foot – a measure of four palms or 16 digits – was known as the djeser and has been reconstructed to be around 30 cm (11.8 in).

The Greek foot (πούς, pous) had a length of 1/600th of a stadium,[12] a stadium was about 181.2 m (594 ft);[13] therefore a foot was then about 302 mm (11.9 in ). Its exact size varied from city to city and could range from 270 mm (10.6 in) to 350 mm (13.8 in), but the lengths used in temple construction appear to be around 295 mm (11.6 in) to 325 mm (12.8 inches) to have been. ; The former was almost as big as the Roman foot.

The standard Roman foot (pes) was usually about 295.7 mm (11.6 in) (97% of today’s measurement),[14] but in the provinces the so-called pes drusianus (foot of Nero Claudius Drusus) was used, of a length of about 334 mm (13.1 in). (Actually, this foot was older than Drusus.)[15]

Originally both the Greeks and Romans divided the foot into 16 digits, but in later years the Romans also divided the foot into 12 unciae (from which the two English words “inch” and “ounce” derive).

After the fall of the Roman Empire, some Roman traditions continued, but others fell into disuse. In AD 790, Charlemagne attempted to reform the units of measurement in his dominions. His units of length were based on the toise, and specifically the toise de l’Écritoire, the distance between the fingertips of a man’s outstretched arms.[16] The Toise has 6 pieds (feet) each measuring 326.6 mm (12.9 inches).

He failed to introduce a standard unit of length throughout his empire: an analysis of the measurements of Charlieu Abbey shows that the 296.1 mm (11.66 in) Roman foot was used in the 9th century; When it was rebuilt in the 10th century, a foot of about 320 mm (12.6 in) [note 1] was used. Concurrently, monastic buildings used the 340 mm (13.4 in) Carolingian foot. [Note 1] [17]

The procedure for examining the foot as described in the work of Jacob Köbel, published posthumously in the 16th century, in his book Geometrei. From artificial field measurement and refrain is:[18][19]

Stand at the door of a church on a Sunday and ask 16 men, big and small, to stop as they happen to pass out when the service is over; then let them put their left feet in line, and the length thus obtained shall be a right and lawful cross, to measure and measure the land with, and the 16th part of it shall be the right and lawful foot.

England [ edit ]

The Neolithic longfoot, first proposed by archaeologists Mike Parker Pearson and Andrew Chamberlain, is based on calculations from studies of Phase 1 elements at Stonehenge. They found that the underlying diameters of the stone circles were consistently laid out in multiples of a base unit of 30 long feet, which they calculated to be 1.056 modern international feet (i.e. 12.672 inches or 0.3219 m). In addition, this entity is identifiable by the dimensions of some of the rockfalls at the site and the diameter of the “southern circle” at nearby Durrington Walls. Evidence that this unit was widespread throughout southern Britain is found in the Yorkshire folkton drums (Neolithic chalk artefacts with a circumference divisible exactly as integers into ten long feet) and a similar object, the lavant drum excavated at Lavant, Sussex, again with a circumference divisible as an integer into ten long feet.[20]

The measures of Iron Age Britain are uncertain and proposed reconstructions such as the Megalithic Yard are controversial. Later Welsh legend credited Dyfnwal Moelmud with founding their units, including a foot of 9 inches. The Belgian or North German foot of 335 mm (13.2 in) was introduced to England either by the Belgian Celts during their invasions before the Romans, or by the Anglo-Saxons in the 5th and 6th centuries.

Roman units were introduced after their invasion in AD 43. After the Roman retreat and Saxon invasions, the Roman foot continued to be used in building trades, while the Belgian foot was used for land surveying. Both the Welsh and Belgian feet appear to be based on multiples of the stye, but as early as 950 the English kings appear to have (ineffectively) decreed measures to be based on an iron standard at Winchester and then London. Henry I is said to have decreed a new standard to be based on the length of his own arm, and by the c. 1300 Act of Composing Yards and Perches [21], traditionally attributed to Edward I or II, the statutory foot was a different measure, exactly 10/11 of the old (Belgian) foot. The stye, inch, cubit, and cubit also shrunk, while rods and furlongs remained the same.[22] The ambiguity as to the state of the mile was resolved by the Act 1593 Against the Conversion of Large Houses into Several Tenements and for the Restraint of Inmates and Enclosures in and near the City of London and Westminster, which recognized the statutory mile as 5,280 feet codified. The differences between the various physical standard yards around the world, uncovered by increasingly powerful microscopes, eventually led to the introduction of the international foot, defined in terms of meters, in 1959.

definition [edit]

The International Yard and Pound Convention of July 1959 defined the length of the international yard in the United States and Commonwealth of Nations countries as exactly 0.9144 metres. Consequently (since a foot is one-third of a yard), the international foot is defined to be exactly 0.3048 meters. This was 2 ppm shorter than the previous US definition and 1.7 ppm longer than the previous UK definition.[23]

The 1959 agreement completed a series of gradual events, prompted notably by the British Standards Institution’s acceptance in 1930 of a scientific standard duty of 25.4 millimetres.

icon [ edit ]

The IEEE standard symbol for a foot is “ft”.[1] In some cases the foot is denoted by a dash, often approximated by an apostrophe, and the inch by a double dash; for example, 2 feet 4 inches is sometimes referred to as 2′ 4″.[3]

Imperial units[ edit ]

In imperial units, the foot has been defined as 1/3 yard, realizing the yard as a physical standard (separate from the standard meter). The shipyard standards of the various Commonwealth countries were regularly compared.[24] The value of the shipyard’s UK primary standard was set in meters by the National Physical Laboratory in 1964 at 0.9143969 m, implying a pre-1959 UK ft of 0.3047990 m.

The UK introduced international shipyard for all purposes by the Weights and Measures Act 1963, which came into force on 1 January 1964.[26]

When the international foot was defined in 1959, much census data based on the earlier definitions was already available, particularly in the United States and India. The small difference between the survey foot and the international foot would not be detectable in a survey of a small parcel, but becomes significant for mapping or when using the State Plane Coordinate System (SPCS) in the United States because the origin of the system can Hundreds of thousands of feet (hundreds of miles) from the point of interest. Therefore, the earlier definitions continued to be used for surveying in the United States and India for many years, and were called survey feet to distinguish them from the international foot. The United Kingdom was unaffected by this problem, as the re-triangulation of Great Britain (1936–62) had been done in meters.

In the United States, the foot was defined as 12 inches, with the inch defined by the Mendenhall Order of 1893 as 39.37 inches = 1 m (making a US foot exactly 1200/3937 meters, approximately 0.30480061 m ). 28] Of 50 states and six other jurisdictions, 40 have legislated that cadastral surveys should be conducted based on the US standard of measurement, six have legislated that they should be conducted based on the international standard, and ten have not specified so .[29]

State legislation is also important in determining the conversion factor to use for day-to-day land surveying and real estate transactions, although the difference (two parts per million) has no practical meaning given the accuracy of normal surveying measurements over short distances (usually much less than one). Mile).

The National Institute of Standards and Technology, National Geodetic Survey and US Department of Commerce will issue the US survey foot beginning in 2023.[30][31][27] However, its relevance may remain, as the Federal Register Notice states:[32]

“December 31, 2022 has been selected to accompany the modernization of the National Spatial Reference System (NSRS) by NOAA’s National Geodetic Survey (NGS). The rationale for associating the deprecation of the US base of measurement with the modernization of the NSRS is that the greatest impact of the consistent introduction of the international base will be for users of the NSRS, due to the very large coordinate values ​​currently used in US base of measurement in many areas of the USA are indicated. Impacts associated with the transition to international feet will be minimized if a transition occurs concurrently with other changes in the NSRS.”

“The difference will not impact users of the existing NSRS (National Spatial Reference System) as NGS (NOAA’s National Geodetic Survey) will continue to support the US survey foot for components of the NSRS where it is used now and in the past. In other words, to minimize disruption when using the US survey foot for existing NSRS coordinate systems, the change only applies to the modernized NSRS.”

The Indian survey foot is defined as exactly 0.3047996 m,[33] presumably derived from a measurement of the Court’s earlier Indian Standard. The current National Topographic Database of the Survey of India is based on the WGS-84 metric datum,[34] which is also used by the Global Positioning System.

Historical use[ edit ]

Textbook of the entire arithmetic for the fourth class of the secondary schools in the k.k. States – 1848[35] (Combined mathematics textbook for the fourth grade of secondary schools in the Imperial and Royal lands.) Page from Austria – 1848 (Combined mathematics textbook for the fourth grade of secondary schools in the Imperial and Royal lands.)

An ISO 2848 measure of 3 basic modules (30 cm) is called a “metric foot”, but there used to be different definitions of a metric foot during metric in France and Germany.

France [ edit ]

In 1799 the meter became the official unit of length in France. This was not fully enforced, and in 1812 Napoleon introduced the system of mesures usuelles, which restored traditional French retail measurements but redefined them in metric units. The foot or pied metrique has been defined as one-third of a meter. This unit continued to be used until 1837.[36]

Germany [edit]

In southwest Germany, the Confederation of the Rhine was formed in 1806 and defined three different reformed feet, all based on the metric system:[37]

In Hesse, the foot was redefined to 25 cm.

(feet) has been redefined to 25 cm. In Baden, the foot was redefined to 30 cm.

was redefined to 30 cm. In the Palatinate, the foot was redefined to 33 + 1/3 cm (as in France).

Other Legacy Feet[edit]

Before the adoption of the metric system, many European cities and countries used the foot, but its length varied widely: the voet in Ypres, Belgium was 273.8 millimeters (10.78 in), while the piede in Venice was 347.73 millimeters (13.690 inches) was ). Lists of conversion factors between the various units of measurement have been given in many European reference works, including:

Many of these standards were specific to a particular city, particularly in Germany (which before German unification in 1871 consisted of many kingdoms, principalities, free cities, etc.). In many cases the length of the unit was ambiguous: for example, the English foot was given as 11 pouces 2.6 lignes (French inches and lines) by Picard, 11 pouces 3.11 lignes by Maskelyne, and 11 by D’Alembert Pouces 3 Lignes.[45]

Most of the different feet in this list fell into disuse when countries adopted the metric system. The Netherlands and modern Belgium adopted the metric system in 1817 after using the mesures usuelles under Napoleon[46] and the newly formed German Empire adopted the metric system in 1871.[47]

The palm (typically 200 mm to 280 mm) was used in place of the foot in many Mediterranean cities. Horace Doursther, whose reference [clarification needed] was published in Belgium, which had the smallest foot measurements, grouped both units together, while J.F.G. Palaiseau devoted three chapters to units of length: one for measures of length (palms and feet), one for measures of cloth (cubits), and one for distances traveled (miles and leagues). In the table below, arbitrary switch-off points of 270 mm and 350 mm have been chosen.

(In Belgium, the words pied (French) and voet (Dutch) would have been used interchangeably.)

Notes [edit]

a b c d The source document used pre-metric French units (pied, pouce and lignes) ^ The original meter was calculated using pre-metric French units ^ The Norwegian fot was defined in 1824 as the length of a (theoretical) pendulum which would have a period of 12/38 seconds at 45° from the equator ^ Before 1835 the pé or foot was not used in Portugal – a palm was used instead. In 1835 the size of the palm was increased from 217.37mm (according to Palaiseau) to 220mm ^ The Scottish foot was no longer legal after the Act of Union 1707

Today’s uses[ edit ]

International ISO standard and other intermodal shipping containers [ edit ]

Intermodal containers defined by the International Standards Organization (ISO) for efficient global freight/freight shipment were defined using feet instead of meters for their front external dimensions (corners). To date, all ISO standard containers are eight feet wide and their exterior heights and lengths are also primarily defined in feet or derived from feet.

Global shipping container volumes are still mainly counted in twenty-foot equivalent units, or TEU.

Aviation[ edit ]

Everyday global (civil) air travel/aviation continues to be controlled at flight levels (altitudes) separated by thousands of feet (although usually read in hundreds – e.g. flight level 330 actually means 33,000 feet or about 10 kilometers altitude) .

dimension [ edit ]

In measurement, the term “linear foot” (sometimes incorrectly called “linear foot”) refers to the number of feet in a length of material (such as wood or fabric) without regard to width; it is used to distinguish from surface area in square feet.[57]

See also[edit]

Notes [edit]

a b The original reference was given in round centimeters

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