SOLUTION: Given sintheta=4/5, where theta is in quadrant 1, evaluate: sin(theta+pi/6)
Algebra.Com
Question 1029097: Given sintheta=4/5, where theta is in quadrant 1, evaluate: sin(theta+pi/6)
Answer by robertb(5830) (Show Source): You can put this solution on YOUR website!
==>
==>
==>
==>
RELATED QUESTIONS
given that sin theta = 1/5 and that the terminal side is in quadrant 1, find exact... (answered by Alan3354)
given that sin(theta) equals (1/5)and that the terminal side is in quadrant I, find exact (answered by stanbon)
if sec(theta)=5/3 and theta lies in quadrant i, find... (answered by Alan3354)
if sin(theta)=5/6, theta in quadrant 2, find the exact value of tan... (answered by lwsshak3)
If sine theta = 1/3, theta in Quadrant II, find sin theta +... (answered by ikleyn)
if sin theta=(1/4), theta in quadrant II, find the exact value of... (answered by lwsshak3)
if cos theta = 4/5 and theta lies in quadrant IV, find sin(theta-pi)
(answered by lwsshak3)
If sin theta = 5/6, and theta is in quadrant 2, find the exact value of:
a) cos theta... (answered by stanbon)
1.Given: cos theta = 5/13, theta is in quadrand I. Find:tan theta.
2.Given:sin... (answered by Theo)