Using the substitution u = expressed as an integral in terms of u is given by -1, the definite integral 5 2 2 ° 1² ( ² 0²² - ²3 0²²2 +4 201²/²) + 5/2 -u³/2 +2u¹/2 du 2 3 (5² +2³2 +0³/²) du (25/2 L₁ (125/2. 4 ° /* ( ²3 0²/²2 - 03/1²/²2 + 201¹/²) du [₁₂ x²√x - 1 dx (u5/2+2u³/2+u¹/2) du
Using the substitution u = expressed as an integral in terms of u is given by -1, the definite integral 5 2 2 ° 1² ( ² 0²² - ²3 0²²2 +4 201²/²) + 5/2 -u³/2 +2u¹/2 du 2 3 (5² +2³2 +0³/²) du (25/2 L₁ (125/2. 4 ° /* ( ²3 0²/²2 - 03/1²/²2 + 201¹/²) du [₁₂ x²√x - 1 dx (u5/2+2u³/2+u¹/2) du
Elements Of Modern Algebra
8th Edition
ISBN:9781285463230
Author:Gilbert, Linda, Jimmie
Publisher:Gilbert, Linda, Jimmie
Chapter5: Rings, Integral Domains, And Fields
Section5.4: Ordered Integral Domains
Problem 5E: 5. Prove that the equation has no solution in an ordered integral domain.
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