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Simplifying
Simplify the square root by extracting the largest perfect square factors. For the coefficient , the largest perfect square factor is . For the variables and , the largest even powers are and . Rewrite the expression as the product of the perfect square and the remaining factors :
Apply the Product Property to separate the radicals: . Simplify the perfect square root: , , and . Multiply this by the remaining radical to obtain the final simplified form .
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Intermediate Algebra @ OpenStax
Ch.8 Roots and Radicals - Intermediate Algebra @ OpenStax
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Related
In a technical design project, a technician needs to simplify the expression sqrt(63u^3v^5). If the technician identifies the largest perfect square factor as 9u^2v^4, which of the following is the remaining factor that must stay under the radical sign?
A technical designer is simplifying the expression sqrt(63u^3v^5) for a project blueprint. The designer identifies the largest perfect square factor as 9u^2v^4. Fill in the blank with the remaining factor that must stay under the radical: sqrt(9u^2v^4 * ____).
An industrial technician is simplifying the radical expression (\sqrt{63u^3v^5}) to determine the dimensions of a specialized component. Match each description of the simplification process with its corresponding mathematical expression.
A manufacturing technician is documenting the simplification of the expression for a structural safety report. Arrange the following steps of the simplification process in the correct order.
Simplifying Radical Expressions in Manufacturing Specifications
An engineering technician is simplifying the expression to determine the structural load requirements for a project blueprint. True or False: When simplifying this radical, the largest perfect square factor that can be extracted from the radicand is .
Standardizing Radical Simplification in Technical Manuals
Standardizing Technical Documentation
A logistics coordinator is updating a technical manual to include a simplified formula for calculating storage density. The formula contains the expression . Which of the following is the correct simplified form that the coordinator should record in the manual?
A documentation specialist is updating a technical manual that includes the simplified form of the expression . The specialist has already identified that the expression can be written as . To complete the next step of the simplification, what is the value of the perfect square factor once it is extracted from the radical?
Simplifying
Simplifying , , and