Some of the jobs that use area and perimeter include surveying, drafting and construction.
One thing that area and perimeter has in common is that they both measures some part of a shape
Area: Find some of the lengths, then cut the L in half and work it out from there. Perimeter: Add all the lengths together.
Some do: a square 2 units on a side, for example, has area 4 units, perimeter 8.
A rectangle cannot really have the same area and perimeter because an area is a 2-dimensional concept while a perimeter is 1-dimensional.However, you can have rectangles such that the numericalvalue of their area and perimeter are the same.Take any number x > 2 and let y = 2x/(x-2)Then a rectangle with sides of x and y has an area and perimeter whose value is 2x2/(x-2)
Some of the jobs that use area and perimeter include surveying, drafting and construction.
One thing that area and perimeter has in common is that they both measures some part of a shape
Area: Find some of the lengths, then cut the L in half and work it out from there. Perimeter: Add all the lengths together.
Some do: a square 2 units on a side, for example, has area 4 units, perimeter 8.
To answer this simply try a few out for yourself. In a 2x1 cm rectangle, the area is 2 cm squared and the perimeter is 6 cm In a 12x10 rectangle, the area is 120 cm squared and the perimeter is 44 cm. In some cases, the perimeter is larger and in others it is smaller. To answer your question, no, the perimeter of a rectangle is NOT always greater than its area.
A rectangle cannot really have the same area and perimeter because an area is a 2-dimensional concept while a perimeter is 1-dimensional.However, you can have rectangles such that the numericalvalue of their area and perimeter are the same.Take any number x > 2 and let y = 2x/(x-2)Then a rectangle with sides of x and y has an area and perimeter whose value is 2x2/(x-2)
Most likely a chromosome issue.
No. Here are four rectangles with the same perimeter:1 by 6 . . . . . perimeter = 14, area = 62 by 5 . . . . . perimeter = 14, area = 103 by 4 . . . . . perimeter = 14, area = 1231/2 by 31/2 . . perimeter = 14, area = 121/4With all the same perimeter . . . -- The nearer it is to being square, the more area it has.-- The longer and skinnier it is, the less area it has. If somebody gives you some wire fence and tells you to put it uparound the most possible area, your first choice is to put it up ina circle, and your second choice is to put it up in a square. Rectanglesare out, if you can avoid them.
In order to find the perimeter you need to know how to add of course like if you have a square and the area is 11.6 you have to add up all the sides in a aquare which is 4 then you add 11.6 four times which gives you the answers of 46.4If you want to find the perimeter, you just have to add the the sides together. For example, if you are measuring the perimeter for a square (with equal sides) then you just have to find the length for one side and multiply it by four. If you want to do it for an irregular square, then you add the length of the sides together. In algebra, they sometimes make you find the length of a side giving you the whole perimeter and the measurement of one or a few other sides, but they might leave one side as x or y or any other variable. You can find the perimeter for any shape. Perimeter is also shown in word problems. Most of the time, they represent perimeter by a fence. Some people mistake perimeter and area. Just remember, area is the inside and perimeter is the outside. I hope I helped!
Yes it can but on some occasions the area can be more.
It depends on what the formula is for: the area or perimeter or some other characteristic.
The area is not sufficient information to determine the perimeter. First of all, there is no reason to suppose that the area is rectangular as opposed to circular or triangular or some other simple or complicated shape. So, all that can be said is that the perimeter is greater than 178.97 feet, a perimeter that is attained when the area is a circle. If the area is a rectangle, it could be 25.49 ft * 100 ft so that the perimeter is approx 250.98 ft or 2.549 ft * 1000 ft and a perimeter of 2005.10 ft or 0.2549 ft * 10000 ft and a perimeter of 2000.51 ft or 0.0002549 ft * 10000000 ft and a perimeter of 2000000 ft. By making the rectangle thinner and longer, the perimeter can be increased without limit.