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Solve sin(x)=-0.3 on 0<=x<2π There are two solutions, A and B, with A<B and A and B in radians to 4 decimal places. A= B= Solve sin(0.3) on 0<<2 There are two solutions, A and B, with A<B and A and B in radians to 4 decimal places.

          Solve sin(x)=-0.3 on 0<=x<2π
There are two solutions, A and B, with A<B and A and B in radians to 4 decimal places.
A=
B=
Solve sin(0.3) on 0<<2
There are two solutions, A and B, with A<B and A and B in radians to 4 decimal places.
        
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solve sinx 03 on 0x2 there are two solutions a and b with ab and a and b in radians to 4 decimal places a b solve sin03 on 02 there are two solutions a and b with ab and a and b in radians t 54164

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Precalculus with Limits
Precalculus with Limits
Ron Larson 2nd Edition
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Solve sin(x)=-0.3 on 0<=x<2π There are two solutions, A and B, with A<B and A and B in radians to 4 decimal places. A= B= Solve sin(0.3) on 0<<2 There are two solutions, A and B, with A<B and A and B in radians to 4 decimal places.
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Transcript

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00:01 I'm seeing this is that we're looking at sine of x is equal to 0 .46 and our interval is from 0 to 2 pi and in order to solve this first of all make sure you're in radian mode you're not in the right mode.
00:16 You'll get the wrong answer but you go and you do the inverse sine on both sides and what that does is cancels out the sine i'm left with x equals if i type this incorrectly second sine 0 .46 i get 0 .477995 it says no more than four decimal places, so let's go ahead and i'm gonna leave some space down here and go ahead and make that 4780 because this nine would bump this up to basically 80 but there's one more answer and the reason why there's one more answer is sine is also positive in quadrant 2 and so let's talk about being 0 .46...
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