Question

Given the trig equation $11 \tan \lambda + 10 = 3$. Find a solution of $\lambda$ in Quadrant IV between $1.5\pi$ and $2\pi$. Use the radian mode, and round your answer to 4 decimal places. 

          Given the trig equation $11 \tan \lambda + 10 = 3$. Find a solution of $\lambda$ in Quadrant IV between $1.5\pi$ and $2\pi$. Use the radian mode, and round your answer to 4 decimal places.
Given the trig equation 11 tanλ + 10 = 3. Find a solution of λ in Quadrant IV between 1.5π and 2π. Use the radian mode, and round your answer to 4 decimal places.

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Precalculus with Limits
Precalculus with Limits
Ron Larson 2nd Edition
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Given the trig equation 11 tan θ + 10 = 3. Find a solution of θ in Quadrant IV between 1.5π and 2π. Use the radian mode and round your answer to 4 decimal places.
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Transcript

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00:01 So we're going to be determining the cosine of 10 pi over 3 and the sign of 10 pi over 3.
00:10 So got our unit circle.
00:13 Get our axis system in here.
00:16 And we know this is pi, which is 3 pi over 3.
00:20 And if we go around one full revolution, that's 2 pi, and that's 6 pi over 3.
00:27 And so we need to continue.
00:29 And we go to here, and that's going to be 9 pi over 3...
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