You divide the length of a side of the first figure by the length of the line in the same relative position in the second figure.
The ratio of the corresponding sides is the same for each pair.
Divide the length of one side by the length of an adjacent side.
Without the triangles, no answer can be given.
To find the constant of proportionality or ratio of ( n ) to ( m ) in a triangle, you need to identify two corresponding lengths from similar triangles or a specific relationship between the sides. If ( n ) and ( m ) represent the lengths of two sides, the ratio can be calculated by dividing one length by the other (i.e., ( \text{Ratio} = \frac{n}{m} )). Ensure both sides are in the same unit of measurement for accuracy. If the triangles are similar, this ratio will remain consistent across all corresponding sides.
Since by definition corresponding sides of congruent shapes have the same length, the answer is 1.
The corresponding sides of similar solids have a constant ratio.
If two rectangles are similar, they have corresponding sides and corresponding angles. Corresponding sides must have the same ratio.
The ratio of the corresponding sides is the same for each pair.
The ratio between corresponding sides or angles of similar triangles are equal
Divide the length of one side by the length of an adjacent side.
If two polygons are similar then the ratio of their perimeter is equal to the ratios of their corresponding sides lenghts?
Areas are proportional to the square of corresponding sides. Therefore, in this case: * Divide 144 by 36. * Take the square root of the result. That will give you the ratio of the corresponding sides.
Without the triangles, no answer can be given.
Scale factor.
To find the constant of proportionality or ratio of ( n ) to ( m ) in a triangle, you need to identify two corresponding lengths from similar triangles or a specific relationship between the sides. If ( n ) and ( m ) represent the lengths of two sides, the ratio can be calculated by dividing one length by the other (i.e., ( \text{Ratio} = \frac{n}{m} )). Ensure both sides are in the same unit of measurement for accuracy. If the triangles are similar, this ratio will remain consistent across all corresponding sides.
Since by definition corresponding sides of congruent shapes have the same length, the answer is 1.
4.9