WebSolution: Copy 1 is a scaled copy of the original triangle. The scale factor is 2, because each side in Copy 1 is twice as long as the corresponding side in the original triangle. 5 \boldcdot 2 = 10. , 4 \boldcdot 2 = 8. , (6.4) \boldcdot 2 = 12.8. Copy 2 is a scaled copy of the original triangle. WebPentagon calculator is an online tool that is used to calculate the various properties of a pentagon. It can calculate the area, perimeter, diagonal, and side of a pentagon. This calculator makes the complex geometrical …
Find The Perimeter Of The Regular Pentagon Below - QnA
WebWell they give us the scale factor, and so what it tells us, the scale factor is 5/2. That means that the corresponding lengths will change by a factor of 5/2. So to figure out the length of segment A'E', this is going to be, you could think of it as the image of segment AE. And so you can see that the length of AE is equal to two. WebWe can do that math, 19 plus one more is 20. And then plus four more to 24, so one more to 20, and four more, that's a total of five more. So the missing side length is five … can rabbits eat turnip greens
Area of a Regular Polygon - Study.com
WebDec 23, 2024 · An irregular pentagon has five sides, but the sides can be any length, and the angles can be different sizes. ... In this example, each side has a length of nine inches. There are two ways to ... WebMay 17, 2024 · If each side of the pentagon has the same measure, which applies to the original pentagon? Check all that apply. *The scale drawing represents a reduction. *Each side of the original is 22 inches long. *One side of the model can be 1.375 inches. *The scale drawing is proportional to the original. WebEach interior angle of a regular dodecagon is equal to 150°. This can be calculated by using the formula: 180n–360 n 180 n – 360 n, where n = the number of sides of the polygon. In a dodecagon, n = 12. Now substituting this value in the formula. 180(12)–360 12 = 150∘ 180 ( 12) – 360 12 = 150 ∘. The sum of the interior angles of a ... can rabbits eat turnip leaves