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How does tripling the side lengths of a pentagon affect its perimeter?
Tripling the side lengths of a pentagon will result in tripling its perimeter. The perimeter is the sum of all the side lengths, so if each side is multiplied by three, the total perimeter also increases by the same factor. Therefore, if the original perimeter is (P), the new perimeter becomes (3P).
How does Doubling the side lengths of a figure affect its perimeter?
The perimeter is doubled.
How does doubling the each dimension of a rectangle that is not a square affect the perimeter and the area of that rectangle?
quadruples it
Does the choice of the base affect the perimeter of a triangle?
Yes, the choice of the base can affect the perimeter of a triangle, but only if it changes the lengths of the other sides. When you select a different base while keeping the area constant, the lengths of the other sides may vary, potentially altering the perimeter. However, if the triangle's shape remains the same and only the orientation of the base is changed, the perimeter will remain unchanged.
How does doubling the side lenghts of aright triangle affect its perimeter?
Doubling the side lengths of a right triangle results in a new triangle with each side being twice as long. Since the perimeter is the sum of all the side lengths, doubling each side effectively doubles the perimeter as well. Therefore, if the original perimeter is ( P ), the new perimeter will be ( 2P ).
How does tripling the lengths of a triangle affect its perimeter?
It triples the perimeter.
How does tripling the side lengths of a pentagon affect its perimeter?
Tripling the side lengths of a pentagon will result in tripling its perimeter. The perimeter is the sum of all the side lengths, so if each side is multiplied by three, the total perimeter also increases by the same factor. Therefore, if the original perimeter is (P), the new perimeter becomes (3P).
How does tripling the side lengths of a triangle affect it's perimeter?
The perimeter changes and doubles as well.
How does doubling the side lengths of a rectangle affect its perimeter?
Both the side lengths and the perimeter are linear measurements, therefore they are proportional. In other words, twice the side length results in twice the perimeter.
How does Doubling the side lengths of a figure affect its perimeter?
The perimeter is doubled.
How does doubling the each dimension of a rectangle that is not a square affect the perimeter and the area of that rectangle?
quadruples it
How does doubling the side lengths of a triangle affect its perimeter?
If the length of each side is doubled, then the perimeter is also doubled.
Does the choice of the base affect the perimeter of a triangle?
Yes, the choice of the base can affect the perimeter of a triangle, but only if it changes the lengths of the other sides. When you select a different base while keeping the area constant, the lengths of the other sides may vary, potentially altering the perimeter. However, if the triangle's shape remains the same and only the orientation of the base is changed, the perimeter will remain unchanged.
How does doubling the side lenghts of aright triangle affect its perimeter?
Doubling the side lengths of a right triangle results in a new triangle with each side being twice as long. Since the perimeter is the sum of all the side lengths, doubling each side effectively doubles the perimeter as well. Therefore, if the original perimeter is ( P ), the new perimeter will be ( 2P ).
How does quadrupling the side lengths of a rectangle affect its area?
Well its lw=a so quadrupling it would make it (L4)W=A or lw4
Does perimeter affect area?
No it does not
How does quadrupling the lengths of a rectangle affect its area?
Suppose a rectangle has a base x and a side y. The equation for the area A of a rectangle is A=x*y. Quadrupling both side and base means both are now 4x and 4y. Now, the new area, which I shall call A' will be described by the formula A'=4x*4y, which turns into A'=16xy. In the end, the new area is equal to sixteen times the original area. Try it with any possible combination of numbers, should always give sixteen times the original area, as long as you are only quadrupling the original lengths.
