Given the circle below with secant ( overline{P O N} ) and tangent ( overline{M N} ), find the length of ( overline{P O} ). Round to the nearest tenth if necessary.

Question

Accepted Answer

Step:1 ：Step 1: Apply the secant-tangent theorem: (M N^2 = P N cdot P O).Step:2 ：Step 2: Plug in given values: (12^2 = 20 cdot P O).Step:3 ：Step 3: Solve for (P O): (P O = frac{144}{20} = 7.2)

Answer

Step: 1 ：Step 1: Apply the secant-tangent theorem: (M N^2 = P N cdot P O).Step: 2 ：Step 2: Plug in given values: (12^2 = 20 cdot P O).Step: 3 ：Step 3: Solve for (P O): (P O = frac{144}{20} = 7.2)

Given the circle below with secant $\overset{―}{P O N}$ and tangent $\overset{―}{M N}$ , find the length of $\overset{―}{P O}$ . Round to the nearest tenth if necessary.

Answer

Popular Problems

Given the circle below with secant PON― and tangent MN―, find the length of PO―. Round to the nearest tenth if necessary.

Answer

Popular Problems

Given the circle below with secant $\overset{―}{P O N}$ and tangent $\overset{―}{M N}$ , find the length of $\overset{―}{P O}$ . Round to the nearest tenth if necessary.