A learner understands that a one-step multiplication equation represents a product relationship, such as , and solves for the unknown factor by applying the inverse operation: dividing both sides by the nonzero coefficient. The reasoning preserves equality, applies to positive and negative integers and commonly used rational numbers, and includes checking the solution by substitution; multi-step, variable-on-both-sides, and nonlinear equations are beyond this scope.
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A one-step multiplication equation has the form
where is the coefficient multiplying the unknown . To find , use the inverse operation of multiplication: divide both sides by . Dividing both sides keeps the equation balanced.
Example: Solve .
The coefficient of is . Divide both sides by :
Simplify both sides:
Check the solution by substituting for in the original equation:
Since , the solution is correct.
Therefore,
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