sin^2x+4cos^3x=56

Simple and best practice solution for sin^2x+4cos^3x=56 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^2x+4cos^3x=56 equation: 


Simplifying
sin2x + 4cos3x = 56

Reorder the terms:
4cos3x + in2sx = 56

Solving
4cos3x + in2sx = 56

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.
4cos3x + in2sx + -1in2sx = 56 + -1in2sx

Combine like terms: in2sx + -1in2sx = 0
4cos3x + 0 = 56 + -1in2sx
4cos3x = 56 + -1in2sx

Divide each side by '4os3x'.
c = 14o-1s-3x-1 + -0.25in2o-1s-2

Simplifying
c = 14o-1s-3x-1 + -0.25in2o-1s-2

Reorder the terms:
c = -0.25in2o-1s-2 + 14o-1s-3x-1

See similar equations:

| r+12r=0 | | 3x-13=-49 | | r+12r= | | 62x=9 | | 6x-18=-328 | | X^2+8x+4k=0 | | 12=a+14 | | 6x+43=11 | | 56+3x=10x-3 | | 4a+3b-a= | | 13b-18-7b=7 | | 3q+2b-3b= | | 4m+3m+4=62 | | p-2=3p-8 | | 12a+18ab= | | 2x+14=-86-8 | | 3.5a+2.5(a+3)+a=1.5 | | (3+u)(5u-1)=0 | | 2-4p=-2-5p+2p | | -2-8x=-5+10 | | h(t)=-16x^2+1600 | | 1+p/10=-2 | | 4-(-35)= | | 400=s^2 | | 65x+3y=4580 | | 7p-3p=-5-p | | 4.9t^2-50=0 | | 1.2460260275869927E+160= | | 48-16x=176 | | (X-1)(x^2-2x+1)=0 | | -6+(-9)+(-35)= | | 12y+4(0)=3 |

Equations solver categories