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Simplifying A(y + c) = b(y + -1c) * fory Reorder the terms: A(c + y) = b(y + -1c) * fory (c * A + y * A) = b(y + -1c) * fory (cA + yA) = b(y + -1c) * fory Reorder the terms: cA + yA = b(-1c + y) * fory Reorder the terms for easier multiplication: cA + yA = b * fory(-1c + y) Multiply b * fory cA + yA = bfory(-1c + y) cA + yA = (-1c * bfory + y * bfory) cA + yA = (-1bcfory + bfory2) Solving cA + yA = -1bcfory + bfory2 Solving for variable 'c'. Move all terms containing c to the left, all other terms to the right. Add 'bcfory' to each side of the equation. cA + bcfory + yA = -1bcfory + bcfory + bfory2 Reorder the terms: bcfory + cA + yA = -1bcfory + bcfory + bfory2 Combine like terms: -1bcfory + bcfory = 0 bcfory + cA + yA = 0 + bfory2 bcfory + cA + yA = bfory2 Add '-1yA' to each side of the equation. bcfory + cA + yA + -1yA = bfory2 + -1yA Combine like terms: yA + -1yA = 0 bcfory + cA + 0 = bfory2 + -1yA bcfory + cA = bfory2 + -1yA Reorder the terms: bcfory + -1bfory2 + cA + yA = bfory2 + -1yA + -1bfory2 + yA Reorder the terms: bcfory + -1bfory2 + cA + yA = bfory2 + -1bfory2 + -1yA + yA Combine like terms: bfory2 + -1bfory2 = 0 bcfory + -1bfory2 + cA + yA = 0 + -1yA + yA bcfory + -1bfory2 + cA + yA = -1yA + yA Combine like terms: -1yA + yA = 0 bcfory + -1bfory2 + cA + yA = 0 The solution to this equation could not be determined.
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