All trigonometric functions have inverse...

All trigonometric functions have inverse over their respective domains.

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ACCURATE PUBLICATION-INVERSE TRIGONOMETRIC FUNCTIONS-QUESTIONS CARRYING 1 MARK - TYPE-III (TRUE OR FALSE QUESTIONS)

All trigonometric functions have inverse over their respective domains...
01:25
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The value of the expressions (cos^(-1)x)^(2) is equal to sec^(2)x.
00:45
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The domain of trigonometric functions can be restricted to any one of ...
00:51
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The least numerical value, either positive or negative of angle theta ...
00:55
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The graph of inverse trigonometric function can be obtained from the g...
01:22
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The minimum value of n for which tan^(-1)""n/pi lt pi/4, n in N, is va...
02:22
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The principal value of sin^(-1)[cos(sin^(-1)""1/2)]" is "pi/3.
01:43
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Whether the given statement is true or not ..... sin^(-1)x= (sinx)^(-...
00:42
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The value of an inverse trigonometric function, which lies in range of...
00:50
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The principal value of sec^(-1)(-2)" is "(2pi)/3.
00:47
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tan^(-1)[sin(-pi/2)]=pi/4.
01:07
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If sin^(-1)x=y," then "-pi/2 lt y lt pi/2.
00:47
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2tan^(-1)x=sin^(-1)""(2x)/(1+x^(2)), abs(x) le 1.
01:32
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sin^(-1)(sin""(3pi)/5)=(2pi)/5.
01:30
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cos^(-1)(cos""(13pi)/6)=pi/4.
01:35
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All trigonometric functions have inverse over their respective domains...
01:25
|
The value of the expressions (cos^(-1)x)^(2) is equal to sec^(2)x.
00:45
|
The domain of trigonometric functions can be restricted to any one of ...
00:51
|
The least numerical value, either positive or negative of angle theta ...
00:55
|
The graph of inverse trigonometric function can be obtained from the g...
01:22
|