ExamCompetition Forum Question Papers Ask A Question Mock Test Learn & Earn Sign Up Login Menu



0 vote

What is the simplified value of $\frac{cotA + tanB}{cotB + tanA}$ ?

Asked on by | Votes 0 | Views: 81 | Tags: trigonometry     | ssc cgl tier 1 05 08 2017 shift 1     | ssc cgl tier 1     | ssc cgl     | quantitative aptitude     | ssc cgl tier 1 2017     | ssc cgl 2017     | Add Bounty

What is the simplified value of $\frac{cotA + tanB}{cotB + tanA}$ ?
1). tan B cot A
2). tan A cot B
3). tan A tan B
4). cot A cot B


Share on Facebook      Share on Whatsapp       Share on Twitter




1 answers

3 vote
Answered by on | Votes 3 |
I am not sure, may be tan B cot A is correct

Join Telegram Group




Answer This Question

Name:
Email:
Answer :
Sum of (1+1)
Submit:

Other Questions

1. If the angles of elevation of a balloon from two consecutive kilometre-stones along a road are 30° and 60° respectively, then the height of the balloon above the ground will be

2. If $\theta$ be acute angle and $cos\theta$ = $\frac{15}{17}$, then the value of, $cot(90^{0}- \theta)$ is

3. In a triangle ABC, if $ \angle\ A+\angle\ C$=140 degree and $ \angle\ A+3\angle\ B$ =180 degree then $ \angle\ A$ is equal to

4. By increasing the price of entry ticket to a fair in the ratio 17:19, the number of visitors to the fair has decreased in the ratio 11:10. In what ratio has the total collection increased or decreased?

5. A thief is stopped by a policeman from a distance of 350 metres. When the policeman starts the chase, the thief also starts running. Assuming the speed of the thief as 5 km/h and that of the policeman as 7 km/h, how far the thief would have run, before he is over- taken?

6. If $7sin^{2}\theta + 3cos^{2}\theta$ = 4, then the value of $tan\theta$ is ($\theta$ is acute)

7. If A = $tan11^{0}tan29^{0}$ , B = $2 cot61^{0}cot79^{0}$, then :

8. The value of the following is $\left(\frac{sin47^{0}}{cos43^{0}}\right)^{2} + \left(\frac{cos43^{0}}{sin47^{0}}\right)^{2} - 4cos^{2}45^{0}$

9. In ΔABC two medians BE and CF intersects at the point O and P,Q are the midpoints of BO and CO respectively. If the length of PQ=3cm, then the length of FE will be

10. If $cos\theta + sin\theta$ = m and $sec\theta + cosec\theta$ = n then the value of $n( m^{2} - 1)$ is equal to :