Name the legs of isosceles triangle \( \triangle PMQ \).
Identify the isosceles triangle.
The isosceles triangle is \( \triangle PMQ \), where \(\overline{MP} = \overline{MQ}\).
Identify the legs.
The legs of an isosceles triangle are the two equal sides. In \( \triangle PMQ \), the legs are \(\overline{MP}\) and \(\overline{MQ}\).
\(\boxed{\overline{MP}, \overline{MQ}}\)
Name the base of isosceles triangle \( \triangle PMQ \).
Identify the isosceles triangle.
The isosceles triangle is \( \triangle PMQ \), where \(\overline{MP} = \overline{MQ}\).
Identify the base.
The base of an isosceles triangle is the side that is not equal to the other two. In \( \triangle PMQ \), the base is \(\overline{PQ}\).
\(\boxed{\overline{PQ}}\)
Name the hypotenuse of right triangle \( \triangle PNM \).
Identify the right triangle.
The right triangle is \(\triangle PNM \) since \(\overline{MN} \perp \overline{OP}\).
Identify the hypotenuse.
The hypotenuse of a right triangle is the side opposite the right angle. In \( \triangle PNM \), the hypotenuse is \(\overline{MP}\).
\(\boxed{\overline{MP}}\)
\(\overline{MP}, \overline{MQ}\)
\(\overline{PQ}\)
\(\overline{MP}\)