Question

Thuy examines the figure in the image. She needs to determine if NO¯¯¯¯¯¯¯¯ is a copy of PQ¯¯¯¯¯¯¯¯. What must she do to show that NO¯¯¯¯¯¯¯¯ is a constructed copy of PQ¯¯¯¯¯¯¯¯?(1 point)ResponsesShe must measure the distance from point M to point N using a compass and place the compass on point P to see if point M is the same distance.She must measure the distance from point upper M to point upper N using a compass and place the compass on point upper P to see if point upper M is the same distance.She must measure the distance from point N to point O using a compass and place the compass on point P to see if point Q is the same distance.She must measure the distance from point upper N to point upper O using a compass and place the compass on point upper P to see if point upper Q is the same distance.She must measure the distance from point O to point Q using a compass and place the compass on point P to see if point N is the same distance.She must measure the distance from point upper O to point upper Q using a compass and place the compass on point upper P to see if point upper N is the same distance.She must measure the distance from point M to point Q using a compass and place the compass on point M to see if point O is the same distance.

Answer 1

To show that \( \overline{NO} \) is a constructed copy of \( \overline{PQ} \), Thuy must compare the lengths of the segments. The correct approach is for her to measure the distance from point \( N \) to point \( O \) using a compass and then place the compass on point \( P \) to see if point \( Q \) is the same distance.

So the correct response is:

She must measure the distance from point \( N \) to point \( O \) using a compass and place the compass on point \( P \) to see if point \( Q \) is the same distance.