The values of theta in between 0^(@) and...

The values of `theta` in between `0^(@)` and `360^(@)` and satisfying the equation `tantheta+(1)/(sqrt(3))=0` is equal to

A

`theta=150^(@)and300^(@)`

B

`theta=120^(@)and300^(@)`

C

`theta=60^(@)and240^(@)`

D

`theta=150^(@)and330^(@)`

Text Solution

Verified by Experts

The correct Answer is:

D

Doubtnut Promotions Banner Desktop Dark

Doubtnut Promotions Banner Mobile Dark

|

Topper's Solved these Questions

TRIGONOMETRIC FUNCTIONS
TARGET PUBLICATION|Exercise Competitive Thinking|218 Videos
TRIGONOMETRIC FUNCTIONS
TARGET PUBLICATION|Exercise Evaluation Test|34 Videos
TRIGONOMETRIC FUNCTIONS
TARGET PUBLICATION|Exercise Evaluation Test|34 Videos
THREE DIMENSIONAL GEOMETRY
TARGET PUBLICATION|Exercise Evaluation Test|9 Videos
VECTORS
TARGET PUBLICATION|Exercise Evaluation Test|18 Videos

Similar Questions

Explore conceptually related problems

The value of x lying between 0^(@) and 360^(@) which satisfy the equation cos ecx-2sin x-1=0 are

Find all values of theta lying between 0 and 2 pi satisfying the equation r sin theta=sqrt(3) and r+4sin theta=2(sqrt(3)+1)

Knowledge Check

The value of theta lying between 0 and pi/2 and satisfying the equation

A

`(7pi)/24 or (11pi)/24`

B

`(5pi)/24`

C

`(3pi)/24`

D

none of these

The value of theta lying between theta = 0 and theta = pi/2 and satisfying the equation

A

`11pi/24`

B

`7 pi/24`

C

`5pi/24`

D

`pi/24`

If sintheta=-1/2 and tantheta=1/sqrt(3) then theta is equal to,

A

`30^(@)`

B

`150^(@)`

C

`210^(@)`

D

none of these

Similar Questions

Explore conceptually related problems

There exists a value of theta between 0 and 2 pi that satisfies the equation sin^(4)theta-2sin^(2)theta-1=0

The set of angles between 0 and 2 pi satisfying the equation 4cos^(2)theta-2sqrt(2)cos theta-1=0 is

The set of angles between 0 and 2 pi satisfying the equation 4cos^(2)theta-2sqrt(2)cos theta-1=0 is

There exist a value of theta between 0 and 2pi that satisfies the equaition sin^(4) theta-2sin^(2) theta+ 1=0

The number of values of theta between -pi and (3pi)/(2) that satisfies the equation 5cos 2 theta+2 "cos"^(2)(theta)/(2)+1=0 is :

TARGET PUBLICATION-TRIGONOMETRIC FUNCTIONS -Critical Thinking

The values of theta in between 0^(@) and 360^(@) and satisfying the eq...
03:13
|
If cos40^(@)=xandcostheta=1-2x^(2), then the possible values of theta ...
02:23
|
If sintheta=sqrt(3)costheta,-pi<theta<0, then the value of theta is
02:39
|
If cottheta+tantheta=2cosectheta, the general value of theta is
01:40
|
General solution of tantheta+tan((pi)/(2)-theta)=2 is
01:54
|
Find the most general value of theta which satisfies the equation s...
02:39
|
If n is any integer, then the general solution of the equation cosx-si...
02:54
|
1+cottheta="cosec"theta
03:41
|
The general solution of sinx-cosx=sqrt(2), for any integer n is
02:20
|
cottheta + cot(pi/4 + theta)=2
02:53
|
If sin^(2)x-2cosx+(1)/(4)=0, then x has value
03:09
|
tantheta+sectheta=sqrt(3)
04:00
|
If r sintheta=3,r=4(1+sintheta),0lethetale2pi,"then "theta=
04:21
|
The general value of theta satisfying the equation 2sin^(2)theta-3sint...
02:41
|
If 2cos^(2)x+3sinx-3=0,0lexle180^(@), then x =
03:02
|
If 4 sin^2 theta + 2(sqrt3 + 1) cos theta = 4 + sqrt3 then the gen...
05:01
|
If sin(A+B)=1andcos(A-B)=(sqrt(3))/(2), then the smallest positive val...
01:09
|
If cos7theta=costheta-sin4theta, then the general value of theta is
03:13
|
If (1-tan^2theta)/(sec^2theta)=1/2 then the general value of theta is
01:35
|
sqrt(3)tan2theta+sqrt(3)tan3theta+tan2thetatan3theta=1
02:28
|