Learn Before
Finding the Quotient
Divide two monomials in a single step by simultaneously reducing the coefficient and subtracting the exponents for each variable: .
Simplify the coefficient and apply the Quotient Property: The coefficients and share a common factor of : . For : since , the variable remains in the denominator with an exponent of . For : since , the variable remains in the numerator with an exponent of .
Putting all the pieces together gives .
The quotient is . Once familiar with the step-by-step process, monomial division can be executed in a single step by dividing out common factors from the coefficients and applying the Quotient Property to each variable.
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Finding the Quotient
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Finding the Quotient
Finding the Quotient
Finding the Quotient
Learn After
A technician is simplifying a ratio of machine performance factors represented by the expression (14x^7y^12) / (21x^11y^6). Which of the following is the correctly simplified form of this expression?
A technician is simplifying the expression 14x^7y^12 / 21x^11y^6 to determine the efficiency of a cooling system. Match each component of the expression to its simplified value.
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An operations analyst is simplifying the expression to calculate a machine efficiency ratio. After applying the Quotient Property to simplify the variable , which of the following correctly describes its position and exponent in the simplified expression?
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Finding the Quotient
Finding the Quotient