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In the figure below, 
m/_2=45^(@) and 
m/_XWY=133^(@).
Find 
m/_1.

m/_1=◻" 。 "

In the figure below, m2=45 m \angle 2=45^{\circ} and mXWY=133 m \angle X W Y=133^{\circ} .\newlineFind m1 m \angle 1 .\newlinem1= 。  m \angle 1=\square \text { 。 }

Full solution

Q. In the figure below, m2=45 m \angle 2=45^{\circ} and mXWY=133 m \angle X W Y=133^{\circ} .\newlineFind m1 m \angle 1 .\newlinem1= 。  m \angle 1=\square \text { 。 }
  1. Linear Pair Calculation: Angle 22 is given as 4545 degrees, and angle XWY is given as 133133 degrees. Since angles 11 and 22 form a linear pair, their measures add up to 180180 degrees.\newlineCalculation: m/1+m/2=180m/_{1} + m/_{2} = 180^{\circ}\newlineSubstitute m/2=45m/_{2} = 45^{\circ} into the equation.\newlinem/1+45=180m/_{1} + 45^{\circ} = 180^{\circ}\newlinem/1=18045m/_{1} = 180^{\circ} - 45^{\circ}\newlinem/1=135m/_{1} = 135^{\circ}
  2. Angle Sum Calculation: Now, we need to check if angle 11 and angle XWY form a linear pair as well. If they do, then m/_1+m/_XWYm/\_1 + m/\_XWY should equal 180180 degrees.\newlineCalculation: m/_1+m/_XWY=180m/\_1 + m/\_XWY = 180^{\circ}\newlineSubstitute m/_XWY=133m/\_XWY = 133^{\circ} and m/_1=47m/\_1 = 47^{\circ} into the equation.\newline47+133=18047^{\circ} + 133^{\circ} = 180^{\circ}

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