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Worksheets

CDF 7JULY

Total questions: 27

Worksheet time: 52mins

Name
Class
Date
1.

 sin⁡ θ=\sin\ \theta=  

a)

OPPOSITE SIDE to  θ\theta  /HYPOTENUSE

b)

ADJACENT SIDE to  \theta  /HYPOTENUSE

c)

OPPOSITE SIDE to  \theta  /ADJACENT SIDE to  \theta 

d)

HYPOTENUSE/OPPOSITE SIDE to  \theta 

2.

 cos⁡θ=\cos\theta=  

a)

OPPOSITE SIDE to θ/HYPOTENUSE

b)

ADJACENT SIDE to θ/HYPOTENUSE

c)

OPPOSITE SIDE to θ/ADJACENT SIDE to θ  

d)

HYPOTENUSE/OPPOSITE SIDE to θ  

3.

 tan⁡θ=\tan\theta=  

a)

OPPOSITE SIDE to θ/HYPOTENUSE

b)

ADJACENT SIDE to θ/HYPOTENUSE

c)

OPPOSITE SIDE to θ/ADJACENT SIDE to θ 

d)

HYPOTENUSE/OPPOSITE SIDE to θ  

4.

 cosec⁡θ=\operatorname{cosec}\theta=  

a)

HYPOTENUSE/OPPOSITE SIDE to θ  

b)

HYPOTENUSE/ADJACENT SIDE to θ  

c)

ADJACENT SIDE to θ/OPPOSITE SIDE to θ  

d)

OPPOSITE SIDE to θ/ADJACENT SIDE to θ  

5.

 sec⁡θ=\sec\theta=  

a)

HYPOTENUSE/OPPOSITE SIDE to θ 

b)

HYPOTENUSE/ADJACENT SIDE to θ

c)

ADJACENT SIDE to θ/OPPOSITE SIDE to θ

d)

OPPOSITE SIDE to θ/ADJACENT SIDE to θ  

6.

 cot⁡θ=\cot\theta=  

a)

HYPOTENUSE/OPPOSITE SIDE to θ 

b)

HYPOTENUSE/ADJACENT SIDE to θ

c)

ADJACENT SIDE to θ/OPPOSITE SIDE to θ

d)

OPPOSITE SIDE to θ/ADJACENT SIDE to θ  

7.

 tan⁡A=\tan A=  

a)

 sin⁡Acos⁡A\frac{\sin A}{\cos A}  

b)

 cos⁡Asin⁡A\frac{\cos A}{\sin A}  

8.

 cot⁡A=\cot A=  

a)

 sin⁡Acos⁡A\frac{\sin A}{\cos A}  

b)

 cos⁡Asin⁡A\frac{\cos A}{\sin A}  

9.

If a triangle ABC is right angled at B, then  AC^2=  _ _ _ _ _

a)

 AB2+BC2AB^2+BC^2  

b)

 AD2+DC2AD^2+DC^2  

10.

 sin⁡0°=\sin0\degree=  

a)

0

b)

1

c)

NOT DEFINED

11.

 cos⁡30°=\cos30\degree=  

a)

 23\frac{2}{\sqrt{3}}  

b)

 13\frac{1}{\sqrt{3}}  

c)

 32\frac{\sqrt{3}}{2}  

12.

 tan⁡45°=\tan45\degree=  

a)

0

b)

1

c)

NOT DEFINED

13.

 cosec⁡60°=\operatorname{cosec}60\degree=  

a)

 23\frac{2}{\sqrt{3}}  

b)

 32\frac{\sqrt{3}}{2}  

c)

 232\sqrt{3}  

14.

 sec⁡90°=\sec90\degree=  

a)

0

b)

NOT DEFINED

c)

1

15.

 cot⁡60°=\cot60\degree=  

a)

 23\frac{2}{\sqrt{3}}  

b)

 3\sqrt{3}  

c)

 13\frac{1}{\sqrt{3}}  

16.

1st QUADRANT , what T-Ratio's positive?

a)

sin⁡θ\sin\theta , cosec⁡θ\operatorname{cosec}\theta

b)

cos⁡θ\cos\theta , sec⁡θ\sec\theta

c)

tan⁡θ\tan\theta , cot⁡θ\cot\theta

d)

NONE

17.

2nd QUADRANT , what T-Ratio's positive?

a)

sin⁡θ\sin\theta , cosec⁡θ\operatorname{cosec}\theta

b)

cos⁡θ\cos\theta , sec⁡θ\sec\theta

c)

tan⁡θ\tan\theta , cot⁡θ\cot\theta

d)

NONE

18.

3rd QUADRANT , what T-Ratio's positive?

a)

sin⁡θ\sin\theta , cosec⁡θ\operatorname{cosec}\theta

b)

cos⁡θ\cos\theta , sec⁡θ\sec\theta

c)

tan⁡θ\tan\theta , cot⁡θ\cot\theta

d)

NONE

19.

4th QUADRANT , what T-Ratio's positive?

a)

sin⁡θ\sin\theta , cosec⁡θ\operatorname{cosec}\theta

b)

cos⁡θ\cos\theta , sec⁡θ\sec\theta

c)

tan⁡θ\tan\theta , cot⁡θ\cot\theta

d)

NONE

20.

 sin⁡2+cos⁡2=\sin^2+\cos^2=  

(a)  

21.

 1+tan⁡2θ1+\tan^2\theta  

a)

 sec⁡θ\sec\theta  

b)

 cot⁡θ\cot\theta  

c)

 cot⁡2θ\cot^2\theta  

d)

 sec⁡2θ\sec^2\theta  

22.

 cosec⁡2θ=\operatorname{cosec}^2\theta=  

a)

 1+sec⁡2θ1+\sec^2\theta  

b)

 1+cot⁡2θ1+\cot^2\theta  

c)

 1+cot⁡θ1+\cot\theta  

d)

 1+sec⁡θ1+\sec\theta  

23.

 sin⁡(−θ)\sin\left(-\theta\right)  

a)

 −sin⁡θ-\sin\theta  

b)

 cos⁡θ\cos\theta  

c)

 −cosec⁡θ-\operatorname{cosec}\theta  

d)

 sec⁡θ\sec\theta  

24.

 cosec⁡(−θ)\operatorname{cosec}\left(-\theta\right)  

a)

 −sin⁡θ-\sin\theta  

b)

 cos⁡θ\cos\theta  

c)

 −cosec⁡θ-\operatorname{cosec}\theta  

d)

 sec⁡θ\sec\theta  

25.

 sec⁡(−θ)\sec\left(-\theta\right)  

a)

 −sin⁡θ-\sin\theta  

b)

 cos⁡θ\cos\theta  

c)

 −cosec⁡θ-\operatorname{cosec}\theta  

d)

 sec⁡θ\sec\theta  

26.

 tan⁡(−θ)\tan\left(-\theta\right)  

a)

 −sin⁡θ-\sin\theta  

b)

 cos⁡θ\cos\theta  

c)

 −tan⁡θ-\tan\theta  

d)

 tan⁡θ\tan\theta  

27.

 cot⁡(−θ)\cot\left(-\theta\right)  

a)

 cot⁡θ\cot\theta  

b)

 −cot⁡θ-\cot\theta  

c)

 −tan⁡θ-\tan\theta  

d)

 tan⁡θ\tan\theta