To find the measure of angle \( f \), we can use the relationships you provided.
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Since angles \( a \) and \( b \) are complementary, we have the equation: \[ a + b = 90^\circ \]
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Since angles \( a \) and \( f \) are supplementary, we have the equation: \[ a + f = 180^\circ \]
Now we can express \( f \) in terms of \( a \) using the second equation. Rearranging \( a + f = 180^\circ \) gives: \[ f = 180^\circ - a \]
Substituting for \( a \):
From \( a + b = 90^\circ \), we can express \( b \) in terms of \( a \): \[ b = 90^\circ - a \]
If needed, you can also substitute this expression for \( b \) back into another equation, but for the purpose of finding the angle \( f \), using \( f = 180^\circ - a \) is sufficient.
Summary of Relationships:
- \( a + b = 90^\circ \) (Complementary)
- \( a + f = 180^\circ \) (Supplementary)
You can now find the specific measures of angles \( a \), \( b \), and \( f \) if you have numeric values or additional equations involving these angles.