SOLUTION: solve: rad 2 sin D cos D = sin D over the interval [-180degrees, 180 degrees]
Algebra.Com
Question 865917: solve: rad 2 sin D cos D = sin D over the interval [-180degrees, 180 degrees]
Answer by Fombitz(32388) (Show Source): You can put this solution on YOUR website!
Two solutions:
and
and
or approximately
and
RELATED QUESTIONS
Solve: √(2) sin D cos D = sin D, where D (-180 degrees, 180... (answered by lwsshak3)
Prove the following is an identity
csc D cos^2 D + sin D = csc... (answered by Alan3354)
Find all solutions in the interval [0,360]
{{{ sin(4t)=sqrt(3) /2 }}}
a)0 degrees, 45 (answered by Alan3354)
solve cos(theta)+sin(theta)=0 over the interval (0,2pi)
(answered by Alan3354)
Please help me with this problem. I need to solve the equation for solutions over the... (answered by Gogonati)
After transformations, the expression sin (A + B)sin (A - B) can be proved to be equal... (answered by ikleyn,math_tutor2020)
11. solve each of the following equations over all real numbers.
a. 2 cos x +... (answered by Boreal)
solve sin x cos x = 1/2 for exact values over the interval... (answered by ewatrrr)
If angle A is {{{ 45 }}} degrees and angle B is {{{ 60 }}} degrees.
Find sin(A)cos(B)
(answered by Apples_21)