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Problem 1 :
Find the measure of ∠EHF.

Problem 2 :
Find the measure of ∠ZXY.

Problem 3 :
Find the measure of ∠JML.


Problem 1 :
Find the measure of m∠EHF.

Step 1 :
Identify the relationship between m∠EHF and m∠FHG.
Since angles m∠EHF and m∠FHG form a straight line, the sum of the measures of the angles is 180°.
m∠EHF and m∠FHG are supplementary angles.
Step 2 :
Write and solve an equation to find x.
The sum of the measures of supplementary angles is 180°.
m∠EHF + m∠FHG = 180°
2x + 48° = 180°
Subtract 48° from each side.
2x = 132°
Divide each side by 2.
x = 66°
Step 3 :
Find the measure of m∠EHF.
m∠EHF = 2x
m∠EHF = 2(66°)
m∠EHF = 132°
So, the measure of m∠EHF is 132°.
Problem 2 :
Find the measure of m∠ZXY.

Step 1 :
Identify the relationship between m∠WXZ and m∠ZXY.
m∠WXZ and m∠ZXY are complementary angles.
Step 2 :
Write and solve an equation to find x.
The sum of the measures of complementary angles is 90°.
m∠WXZ + m∠ZXY = 90°
4x + 7° + 35° = 90°
4x + 42° = 90°
Subtract 42° from each side.
4x = 48°
Divide each side by 4.
x = 12°
Step 3 :
Find the measure of m∠EHF.
m∠ZXY = 4x + 7°
m∠ZXY = 4(12°) + 7°
m∠ZXY = 48° + 7°
m∠ZXY = 55°
So, the measure of m∠ZXY is 55°.
Problem 3 :
Find the measure of m∠JML.

Step 1 :
Identify the relationship between m∠JML and m∠LMN.
Since angles m∠JML and m∠LMN form a straight line, the sum of the measures of the angles is 180°.
m∠JML and m∠LMN are supplementary angles.
Step 2 :
Write and solve an equation to find x.
The sum of the measures of supplementary angles is 180°.
m∠JML + m∠LMN = 180°
3x + 54° = 180°
Subtract 54° from each side.
3x = 126°
Divide each side by 3.
x = 42°
Step 3 :
Find the measure of m∠JML.
m∠JML = 3x
m∠JML = 3(42°)
m∠JML = 126°
So, the measure of m∠JML is 126°.
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