1. Given that sinθ = 3/5 and θ lies in quadrant II, find the following value.
cosθ
A. -(√34)/5
B. 4/5
C. -4/5



2. Given that sinθ = 3/5 and θ lies in quadrant II, find the following value.
tanθ
3/4
-3/4
-4/3

3. Given that sinθ = 3/5 and θ lies in quadrant II, find the following value.
cotθ
3/4
4/5
-4/3

4. Given that sinθ = 3/5 and θ lies in quadrant II, find the following value.
secθ
-5/3
-5/4
-4/5

5. Given that sinθ = 3/5 and θ lies in quadrant II, find the following value.
cscθ
5/3
4/5
5/4

6. Given that sinθ = -1/2 and θ lies in quadrant IV, find the following value.
cosθ
-√3/2
-2
√3/2

7. Given that sinθ = -1/2 and θ lies in quadrant IV, find the following value.
tanθ
-√3
-√3/3
-√3/2

8. Given that sinθ = -1/2 and θ lies in quadrant IV, find the following value.
cotθ
√3
-√3/3
-√3

9. Given that sinθ = -1/2 and θ lies in quadrant IV, find the following value.
secθ
-2
√3/2
(2√3)/3

10. Given that sinθ = -1/2 and θ lies in quadrant IV, find the following value.
cscθ
2
√3/2
-2