In a parallelogram, opposite angles are equal, and adjacent angles are supplementary (they add up to 180 degrees).
Given that the angle at \( X \) measures \( 35^\circ \), the opposite angle at \( Z \) also measures \( 35^\circ \).
To find the measures of angles \( W \) and \( Y \):
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Since angles \( X \) and \( W \) are adjacent, they must sum to \( 180^\circ \): \[ W + X = 180^\circ \] Therefore: \[ W + 35^\circ = 180^\circ \] Solving for \( W \): \[ W = 180^\circ - 35^\circ = 145^\circ \]
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Since angles \( Y \) and \( Z \) are opposite, they are equal. Thus: \[ Y = Z = 35^\circ \]
So the measures are:
- The interior angle of \( W \) measures \( 145^\circ \).
- The interior angle of \( Y \) measures \( 145^\circ \).
In summary:
- The interior angle of \( W \) measures 145 degrees.
- The interior angle of \( Y \) measures 145 degrees.