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Simplifying by Extending the Product Property
Simplify the expression by extending the Product Property for Exponents to three factors. Since all three factors share the same variable base , keep the base unchanged and add all the exponents together in a single step: . The simplified result is .
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Intermediate Algebra @ OpenStax
Ch.5 Polynomials and Polynomial Functions - Intermediate Algebra @ OpenStax
Algebra
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Simplifying and Using the Product Property
Simplifying by Extending the Product Property
Simplifying , , and Using the Product Property
Simplifying , , and Using the Product Property with Rational Exponents
A logistics coordinator is simplifying a shipping volume formula expressed as n^x * n^y. According to the Product Property for Exponents, which operation should be performed on the exponents x and y?
A network engineer is calculating total bandwidth capacity by multiplying two values with the same base: (10 to the power of x) and (10 to the power of y). According to the Product Property for Exponents, the engineer should ____ the exponents x and y to simplify the expression.
A logistics manager is calculating the total capacity of a warehouse using exponential formulas. Match each component or rule of the Product Property for Exponents with its correct description.
A systems administrator is calculating total data storage requirements by multiplying two capacity factors with the same base: $2^{10} and $2^5. According to the Product Property for Exponents, the administrator should add the exponents to simplify this expression to $2^{15}$.
Applying the Rule for Multiplying Powers
A laboratory technician is simplifying a data growth formula expressed as . According to the Product Property for Exponents, arrange the following steps in the correct logical order to simplify the expression.
Financial Modeling and Exponent Rules
Explaining Exponent Rules in Inventory Management
A facilities manager is calculating the total volume expansion of a modular storage unit using the expression . According to the Product Property for Exponents, which of the following is the correctly simplified form of this expression?
A quality control inspector is reviewing a set of technical specifications that include exponential expressions. To correctly apply the Product Property for Exponents to simplify a calculation, which of the following is a mandatory requirement for the terms being multiplied?
Simplifying Using the Product Property
Simplifying Using the Product Property
Simplifying Using the Product Property
Simplifying Using the Product Property
Simplifying Using the Product Property
Simplifying by Extending the Product Property
Learn After
A laboratory technician is tracking the growth of a bacterial culture across three observations, represented by the factors , , and . To find the total growth factor, the technician simplifies the product . What is the resulting simplified expression?
A data analyst uses the expressions , , and to model the reach of three interconnected ad campaigns. To calculate the total combined reach by simplifying the product , the analyst should keep the base unchanged and multiply the three exponents together.
A system administrator is calculating the total storage capacity of three linked partitions, represented as , , and units. To find the total capacity, the administrator must simplify the product . Match each part of the Product Property to its corresponding value or role in this calculation.
A logistics manager is calculating the total inventory capacity across three distinct storage zones, represented by the mathematical factors , , and . To find the overall capacity factor, the manager simplifies the product . The resulting simplified expression is to the power of ____.
A technical analyst is simplifying a performance metric represented by the expression . Arrange the following steps in the correct order to simplify this expression by applying the rule for multiplying powers with the same base.