SOLUTION: Let θ be an angle in quadrant II such that sinθ= 12/13
Find the exact values of secθ and tan
Algebra.Com
Question 975235: Let θ be an angle in quadrant II such that sinθ= 12/13
Find the exact values of secθ and tan
Answer by stanbon(75887) (Show Source): You can put this solution on YOUR website!
Let θ be an angle in quadrant II such that sinθ= 12/13
Find the exact values of secθ and tan
---------
By deinition sin = y/r
---
Since sin(t) = 12/13, y = 12 and r = 13
------
Note: x is negative in QII
------
x = -sqrt[13^2-12^2] = -5
------
Your Problem:
sec(t) = r/x = -13/5
tan(t) = y/x = -12/5
=====================
Cheers,
Stan H.
----------------
RELATED QUESTIONS
Let θ be an angle in quadrant II such that secθ=-(13)/(12)
Find the exact... (answered by stanbon,solver91311)
Let
θ
be an angle in quadrant
II
such that
=sinθ(4/5)
Find the... (answered by lwsshak3)
Let θ be an angle in quadrant II such that sinθ=3/5.
Find the exact values of... (answered by Alan3354)
Let θ be an angle in quadrant IV such that sinθ=-5/13
Find the exact values of (answered by Fombitz)
Let
θ
be an angle in quadrant
II
such that
=cosθ−35
.
Find... (answered by ikleyn)
Let θ be an angle in quadrant IV such that sinθ =−5/8
.
Find the exact (answered by Edwin McCravy)
Find the values of the trigonometric functions of θ if csc θ = 13/9
and... (answered by Alan3354,ewatrrr)
Let θ be an angle in quadrant II such that sinθ= 12/13 (answered by Alan3354)
csc(θ)=11/8 and the terminal side ofθ is in quadrant II. Find the exact... (answered by Alan3354)