2. Given the following numbers: 1, 2V5, v8, V3, V27 (a) Approximate the square root terms using the perfect squares approximation method. Your answer should be a mixed fraction. Make sure to show your work. a. Please note pi does not need to be approximated by the perfect squares approximation method as it is not a square root. (b) Order the numbers from least to greatest. Please show your answer using the original symbols and radicals provided. You may use decimals or fractions as part of your work for figuring it out a. Insert->Equation will give you access to the special formatting, and use the Equation tab to access the Radical function for setting up square roots. Answer: Part A, 2V5) Part A, V8) Part A, V3) Part A, V27) Part B)
2. Given the following numbers: 1, 2V5, v8, V3, V27 (a) Approximate the square root terms using the perfect squares approximation method. Your answer should be a mixed fraction. Make sure to show your work. a. Please note pi does not need to be approximated by the perfect squares approximation method as it is not a square root. (b) Order the numbers from least to greatest. Please show your answer using the original symbols and radicals provided. You may use decimals or fractions as part of your work for figuring it out a. Insert->Equation will give you access to the special formatting, and use the Equation tab to access the Radical function for setting up square roots. Answer: Part A, 2V5) Part A, V8) Part A, V3) Part A, V27) Part B)
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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