Geometry - Unit 4 - Lesson 6 & 7 - HUGH DANIELS | Library

Required

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Select all true statements:

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Find m\angle{A} and m\angle{B} in the picture below. Round your answer to the nearest whole degree.

m\angle{A}=_______ 
m\angle{B}=_______ 

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Write an expression that can be used to find the length of JH. Use angle G to find your solution.

JH=______________________________

JH=__________

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Write an expression that can be used to find the length of GJ. Use angle G to find your solution.

GJ=______________________________

GJ=__________

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Find the length of the hypotenuse in the above triangle.
x=_______ 

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Find the measure of each of the acute angles in the triangle below. Round your answers to the nearest whole degree.

The length of the angle to the right of the side that is 5 mi is _______ degrees, and the angle at the top of the triangle is _______ degrees.

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Approximate the angle (to the nearest degree) that has the following quotient:

Draggable item		Corresponding Item
\frac{opposite leg}{hypotenuse}=0.848		15\degree
\frac{opposite leg}{adjacent leg}=0.249		28\degree
\frac{opposite leg}{adjacent leg}=1.036		72\degree
\frac{adjacent leg}{hypotenuse}=0.309		46\degree
\frac{adjacent leg}{hypotenuse}=0.139		14\degree
\frac{opposite leg}{hypotenuse}=0.469		47\degree
\frac{adjacent leg}{hypotenuse}=0.682		58\degree
\frac{adjacent leg}{hypotenuse}=0.966		82\degree

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Find the length of QP.

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Geometry - Unit 4 - Lesson 6 & 7

Select all true statements:

Approximate the angle (to the nearest degree) that has the following quotient:

Find the length of QP.

Find the length of RQ. Leave your answer in simplest radical form. (Hint: Use your 30-60-90 triangle rules.)