SOLUTION: Working on trigonometric functions:
If possible, find a solution to tan(4θ+5)=2. If no solution exists, enter NONE.
θ=
I came up with
θ=inverseta
Algebra.Com
Question 861322: Working on trigonometric functions:
If possible, find a solution to tan(4θ+5)=2. If no solution exists, enter NONE.
θ=
I came up with
θ=inversetan(1/2)-5/4, but it says I am wrong.
Answer by lwsshak3(11628) (Show Source): You can put this solution on YOUR website!
If possible, find a solution to
tan(4θ+5)=2.
inverse tan(2)=1.1071
4θ+5=1.1071
4θ=1.1071-5=-3.8929
θ=-0.9732
RELATED QUESTIONS
If possible, find a solution to tan(2θ+7)=−11 . If no solution exists, enter... (answered by jsmallt9)
Find all six trigonometric functions of θ if the point (-15, 36) is on the terminal... (answered by Alan3354)
Solve this equation on the interval 0 θ < 2π. If there is no solution, enter... (answered by Boreal)
Solve this equation on the interval 0 θ < 2π. Round your answers to two... (answered by stanbon)
If secθ= 4/3 and θ terminates in Quadrant IV, find the exact values for all six (answered by lwsshak3)
Find the values of the six trigonometric functions of θ with the given constraint.... (answered by jsmallt9)
9. Find the values of the six trigonometric functions of the acute angle in standard... (answered by Fombitz)
An equation is given. (Enter your answers as a comma-separated list. Round terms to three (answered by jsmallt9)
1). Find the length of an arc that subtends a central angle of 150 ° in a circle of... (answered by stanbon)