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WorksheetsPre-Calculus 2
Total questions: 21
Worksheet time: 45mins
Determine the quadrant in which the terminal side of θ lies: sinθ<0 and cot θ<0
Quadrant IV
Quadrant I
Quadrant II
Quadrant III
Solve for w.
w2 - 8w + 16
w = 16
w = - 4
w = 4
w = - 8
If θ = 120°, find the exact value of sin 2θ
22
33
∞
23
Suppose that (53, y) is a point in Quadrant IV lying on the Unit Circle? Find y.
y = 54
y = π
y = 2516
y = −54
Determine the quadrant in which the terminal side of θ lies: csc θ<0 and cosθ>0
Quadrant III
Quadrant II
Quadrant IV
Qaudrant I
4.4 in
8.7 ft
4.4 ft
7.9 ft
Undefined
96.5 ft
1158 ft
143 ft
sec θ = −1213; cot θ = −512
secθ=13−12;cotθ=12−5
cosθ=12−13;cotθ=5−12
sec θ = undefined; tan θ = 23
Find the exact value of cos(−270°)
undefined
0.5
2
0
Let (5, -√11) be the terminal side of θ, and find sec θ.
56
65
9
0.8660
What is the exact value ofcos 45π ?
1
22
22
−22
38.659°
π
0.6747
38.7°
If θ = 45°, find the exact value of sin(2θ)
0.7071
1
0.5
Undefined
Find the exact value of sin 34π
Undefined
−23
32 3
23
Determine the quadrant in which the terminal side of θ lies for
sin θ > 0 and cot θ > 0
Quadrant I
Quadrant II
Quadrant III
Quadrant IV
Use your calculator to evaluate sin−1(0.63) in radians
0.56
90π
0.68
39.05
Find cot θ, where θ is the angle shown. Give an exact value, not a decimal approximation.
43
34
45
35
A slice of bread is roughly 14 cm by 10 cm. If the slice is cut diagonally in half, what acute angles are formed?
Leave your answer to the nearest tenth of a degree.
30° and 60°
35.5° and 54.5°
54.5° and 30.0°
35.54° and 53.45°
Simplify 8x5y424x4y2
xy23(x+y)
xy23
8x2y4
Inconclusive...
Simplify a−1ca−3b4c−5
−a6c18b12
a6cb
a6c18b12
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