sin(x)n+cos(2x)=1

Simple and best practice solution for sin(x)n+cos(2x)=1 equation. Check how easy it is, and learn it for the future. Our solution is simple, and easy to understand, so don`t hesitate to use it as a solution of your homework.

If it's not what You are looking for type in the equation solver your own equation and let us solve it.

Solution for sin(x)n+cos(2x)=1 equation: 


Simplifying
sin(x) * n + cos(2x) = 1

Multiply ins * x
insx * n + cos(2x) = 1

Multiply insx * n
in2sx + cos(2x) = 1

Remove parenthesis around (2x)
in2sx + cos * 2x = 1

Reorder the terms for easier multiplication:
in2sx + 2cos * x = 1

Multiply cos * x
in2sx + 2cosx = 1

Reorder the terms:
2cosx + in2sx = 1

Solving
2cosx + in2sx = 1

Solving for variable 'c'.

Move all terms containing c to the left, all other terms to the right.

Add '-1in2sx' to each side of the equation.
2cosx + in2sx + -1in2sx = 1 + -1in2sx

Combine like terms: in2sx + -1in2sx = 0
2cosx + 0 = 1 + -1in2sx
2cosx = 1 + -1in2sx

Divide each side by '2osx'.
c = 0.5o-1s-1x-1 + -0.5in2o-1

Simplifying
c = 0.5o-1s-1x-1 + -0.5in2o-1

Reorder the terms:
c = -0.5in2o-1 + 0.5o-1s-1x-1

See similar equations:

| 0=8x^2+15x-7 | | -6h=20+4 | | 8x^2+15-7=0 | | sin(5x)cos(2x)+cos(5x)sin(2x)=.72 | | y=7x^3-5x | | tan(pi/3y) | | 50=0.5x-25 | | 2665352354= | | 3+8p=3(2p-1) | | 18x+16y=512 | | y=x^4-2x^3-3 | | H=16t^2+24t+900 | | 5d^2-7d-6=0 | | -6x+10y=18 | | (6n^2)-5n-12=18 | | -3+16x=1 | | x^2+3x=2x^2-12x | | 8-2p-9+8p-2p= | | -3+-2x=-11 | | .2x+x=240 | | (0.42)(5x+4)=(2.5)(3x-4) | | (-5/12)^2 | | 16x-2=-5 | | H^2-34H+289=0 | | -5x-11=3 | | X-y/a-b | | -4+-2x=-9 | | 36x^2-48x+7=36x^2-6x-42x+7 | | 4x-2/2*x=45 | | (37-7x)+(73-9x)+180-(101-19x)=180 | | 7x^6-2=500 | | 70+72+x=77 |

Equations solver categories