w=p(1[y-z]1)

Simple and best practice solution for w=p(1[y-z]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 w=p(1[y-z]1) equation: 


Simplifying
w = p(1[y + -1z] * 1)

Reorder the terms for easier multiplication:
w = p(1 * 1[y + -1z])

Multiply 1 * 1
w = p(1[y + -1z])
w = p([y * 1 + -1z * 1])
w = p([1y + -1z])
w = (1y * p + -1z * p)
w = (1py + -1pz)

Solving
w = 1py + -1pz

Solving for variable 'w'.

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

Simplifying
w = 1py + -1pz

See similar equations:

| log(X)=3000 | | 9a+37=5a-11 | | cr=1.666666667 | | 4-4-4-4-4-4=4 | | 0=16t^4-4t^3 | | h=-16t^2+101t+10 | | 14x^3=378 | | x+4y=8.5 | | y-3+3y=2y+4 | | -6-9t=5(2-t) | | b=3/4a | | 6y-7= | | 6x+8=19+7x | | 2*4x-3=4x-78 | | x^5-18x^3+81x=0 | | 2/5x+7-3/8x-8= | | X+1.9=3.2 | | 7y+10=21 | | 0.4(5x-9)=8-(4x+10) | | 23x=69 | | sec^2(x)+tan(x)=1 | | -1+-6-(-26)-10= | | 9u=8+5u | | 2x(x)+7x-15=0 | | (x^3+6)(x^3+6)= | | 5p+6=11+4p | | 50=1.8(x+32) | | 5(3a^2-2b)+6b= | | 8+r=-7 | | 4+4x-3x=5 | | x(x)-16x=0 | | -12=-4(u+15)+8 |

Equations solver categories