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Simplifying
Simplify the expression , which contains two square roots with different radicands.
The first term has radicand and the second has radicand . Because the radicands are not the same, these are not like square roots. Their coefficients cannot be combined — the expression is already in its simplest form.
This is analogous to the algebraic expression , which cannot be simplified further because and are different variables. Attempting to subtract unlike square roots would be an error, just as attempting to combine unlike terms would be.
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Ch.9 Roots and Radicals - Elementary Algebra @ OpenStax
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Adding and Subtracting Square Roots that Need Simplification
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Simplifying
Adding and Subtracting Like Radicals
Learn After
A logistics coordinator is using a formula to determine the difference in dimensions between two storage zones, resulting in the expression 4∖x - 2∖y. According to the rules for simplifying radical expressions, what is the simplest form of this expression?
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A quality control technician is using the expression to compare the dimensions of two different square-shaped components. Arrange the following steps in the correct order to determine if this expression can be simplified.
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An operations analyst is mentoring a trainee on how to handle radical expressions in cost-estimation formulas. When reviewing the expression , the analyst explains that these are 'unlike square roots.' To help the trainee recall the rule for why these terms cannot be combined, the analyst should compare it to which of the following algebraic expressions?
A quality control technician is documenting a formula for the difference between the perimeters of two square-shaped components, expressed as . The technician notes that these terms are 'unlike square roots' and cannot be combined. Which of the following best describes why these terms are classified as 'unlike'?