SOLUTION: Suppose cot t = −0.8 and t is in quadrant IV. Find each of the following
sin (t + 4π) =
tan (t + 11π) =
please give detail on how these are solved. I've fig
Algebra.Com
Question 922033: Suppose cot t = −0.8 and t is in quadrant IV. Find each of the following
sin (t + 4π) =
tan (t + 11π) =
please give detail on how these are solved. I've figured out that opposite = -5, adjacent = 4 and hypotenuse = √41 but I am stuck on solving these.
Thank you
Answer by ewatrrr(24785) (Show Source): You can put this solution on YOUR website!
Previously Posted
RELATED QUESTIONS
Suppose cot t = −0.8 and t is in quadrant IV. Find each of the following
sin (t (answered by ewatrrr,MathLover1)
Suppose cot t = −0.8 and t is in quadrant IV. Find each of the following
sin (t... (answered by KMST)
Suppose cot t = −0.8 and t is in quadrant IV. Find each of the following. You might (answered by ewatrrr)
Suppose cot t = 0.8 and t is in quadrant III. Find each of the following. You may find it (answered by ewatrrr)
suppose sin t=2/7 and cos t < 0. find each of the following values: cos t, tan t, csc t,... (answered by lwsshak3)
Suppose sin t = 6/7
and cos t < 0. Find each of the following (exact values):
cos (answered by solver91311)
Suppose sin t =
4
7
and cos t < 0. Find each of the following (exact values):... (answered by stanbon)
Suppose sin t =
4/7
and cos t < 0. Find each of the following (exact values):... (answered by josgarithmetic,MathTherapy)
Given that sin(t) = 1/2 and 0 ≤ t ≤ π/2 find each of the following.... (answered by Boreal)