Assuming you are already sure that the two objects are, indeed, similar: You measure corresponding lengths of the two objects, and divide.You measure the lengths of a pair of corresponding sides. The scale factor is the ratio of the two measures.
Measure the lengths of corresponding sides. Then divide the length from the altered polygon by that from the original.
Divide the product by the factor[s] you know. The answer is the missing factor.
well.... first off you have to find the scale factor...
The linear scale factor is 100.
You would look at the side lengths and the scale factor to find a pair of similar figures :)
Assuming you are already sure that the two objects are, indeed, similar: You measure corresponding lengths of the two objects, and divide.You measure the lengths of a pair of corresponding sides. The scale factor is the ratio of the two measures.
Measure the lengths of corresponding sides. Then divide the length from the altered polygon by that from the original.
Divide the product by the factor[s] you know. The answer is the missing factor.
well.... first off you have to find the scale factor...
A scale Factor is Algbrea so you have to... x - + and/or divided.
how do you find the scale factor of two circles
You find the scale factor on a triangle by dividing the short side by the long side.
The linear scale factor is 100.
how to do a scale factor of cylinder is that you find the base and the height and the length of A area hope you like my examples.
One factor that polygons have is the scale factor which is the ratio of the lengths of two corresponding sides of similar polygons. This would only pertain to two or more polygons of course. You could also look at a single polygon and find the GCF of the lengths of its sides. So for example if you have a 3,4,5 triangle, the GCF is 1. If you have a 6,8,10 triangle it is 2.
Finding the scale factor for two polygons is simple to do. All you have to do is find the angles in a rectangle.