Question

Examine this right triangle. A right triangle has a side length of 16 meters and hypotenuse of 20 meters. Which equation can be used to find the missing leg in the triangle? a2 202 = 162 202 162 = a2 a2 162 =202 16 a2 = 20.

Answer 1

The equation can be used to find the missing leg in the triangle $20^{2} = 16^{2} +a^{2}$.

What is the right triangle?

A right-angle triangle is a triangle that has a side opposite to the right angle the largest side and is referred to as the hypotenuse.

It is given that a right triangle has a side length of 16 meters and a hypotenuse of 20 meters.

From a Pythagoras theorem

$b^{2} = c^{2} +a^{2} \\20^{2} = 16^{2} +a^{2}\\20^{2}-16^{2} =a^{2}\\a^{2} = 20^{2}-16^{2}$

Thus, the equation can be used to find the missing leg in the triangle $20^{2}-16^{2} =a^{2}$.

Learn more about the right-angle triangle;

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Answer 2

Answer:

a2 + 162 =202

Step-by-step explanation: