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Example Questions
Example Question #4 : How To Find An Angle In A Parallelogram
Using the above rhombus, find the sum of angle and angle
.
A rhombus must have equivalent opposite interior angles. Additionally, the sum of all four interior angles must equal degrees. And, the adjacent interior angles must be supplementary angles (sum of
degrees).
Thus, the solution is:
Example Question #1 : How To Find An Angle In A Parallelogram
Given that the measurement of angle degrees, find the sum of angle
and angle
A rhombus must have equivalent opposite interior angles. Additionally, the sum of all four interior angles must equal degrees. And, the adjacent interior angles must be supplementary angles (sum of
degrees)--i.e. angles
degrees.
The solution to this problem is:
Therefore,
Example Question #21 : Parallelograms
Using the above rhombus, find the measurement of angle
A rhombus must have equivalent opposite interior angles. Additionally, the sum of all four interior angles must equal degrees. And, the adjacent interior angles must be supplementary angles (sum of
degrees).
Thus, the solution is:
Example Question #1 : How To Find An Angle In A Parallelogram
In the above rhombus, angle has a measurement of
degrees. Find the sum of angles
and
A rhombus must have equivalent opposite interior angles. Additionally, the sum of all four interior angles must equal degrees. And, the adjacent interior angles must be supplementary angles (sum of
degrees)--i.e. angles
degrees.
The solution to this problem is:
Thus,
Example Question #8 : How To Find An Angle In A Parallelogram
Using the parallelogram above, find the measurement of angle
A parallelogram must have equivalent opposite interior angles. Additionally, the sum of all four interior angles must equal degrees. And, the adjacent interior angles must be supplementary angles (sum of
degrees).
Since, angle and
are supplementary the solution is:
Example Question #1 : How To Find An Angle In A Parallelogram
Using the parallelogram above, find the sum of angles and
.
A rhombus must have equivalent opposite interior angles. Additionally, the sum of all four interior angles must equal degrees. And, the adjacent interior angles must be supplementary angles (sum of
degrees).
The first step to solving this problem is to find the measurement of angle . Since angle
is a supplementary angle to angle
, angle
Since, angle and
are opposite interior angles they must be equivalent.
Thus, the final solution is:
Example Question #1 : How To Find An Angle In A Parallelogram
Using the parallelogram above, find the sum of angles and
.
A parallelogram must have equivalent opposite interior angles. Additionally, the sum of all four interior angles must equal degrees. And, the adjacent interior angles must be supplementary angles (sum of
degrees).
Since, angles and
are opposite interior angles, they must be equivalent.
Therefore, the solution is:
Example Question #361 : Intermediate Geometry
In the parallelogram shown above, angle is
degrees. Find the measure of angle
A parallelogram must have equivalent opposite interior angles. Additionally, the sum of all four interior angles must equal degrees. And, the adjacent interior angles must be supplementary angles (sum of
degrees).
Since, angles and
are opposite interior angles, thus they must be equivalent.
, therefore
Example Question #361 : Intermediate Geometry
In the parallelogram shown above, angle is
degrees. Find the sum of angles
and
.
A parallelogram must have equivalent opposite interior angles. Additionally, the sum of all four interior angles must equal degrees. And, the adjacent interior angles must be supplementary angles (sum of
degrees).
Thus, the solution is:
Since both angles and
equal
There sum must equal
Example Question #13 : How To Find An Angle In A Parallelogram
Using the parallelogram above, find the sum of angles and
Not enough information is provided to find an answer.
A parallelogram must have equivalent opposite interior angles. Additionally, the sum of all four interior angles must equal degrees.
Also, the adjacent interior angles must be supplementary angles (sum of degrees).
Since, angles and
are adjacent to each other they must be supplementary angles.
Thus, the sum of these two angles must equal degrees.
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