Y=r[bx(-c)]+[a(-d)]

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Solution for Y=r[bx(-c)]+[a(-d)] equation:


Simplifying
Y = r[bx(-1c)] + [a(-1d)]

Remove parenthesis around (-1c)
Y = r[bx * -1c] + [a(-1d)]

Reorder the terms for easier multiplication:
Y = r[-1bx * c] + [a(-1d)]

Multiply bx * c
Y = r[-1bcx] + [a(-1d)]

Remove brackets around [-1bcx]
Y = r * -1bcx + [a(-1d)]

Reorder the terms for easier multiplication:
Y = -1r * bcx + [a(-1d)]

Multiply r * bcx
Y = -1bcrx + [a(-1d)]

Remove parenthesis around (-1d)
Y = -1bcrx + [a * -1d]

Reorder the terms for easier multiplication:
Y = -1bcrx + [-1a * d]

Multiply a * d
Y = -1bcrx + [-1ad]

Reorder the terms:
Y = [-1ad] + -1bcrx

Solving
Y = [-1ad] + -1bcrx

Solving for variable 'Y'.

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

Simplifying
Y = [-1ad] + -1bcrx

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