Question 2 Consider the two integrals below. 2) 1.0²0 8 b) S₁ x 1+ 4 Evaluate: da √9x - 3 dr Classify the integrals above as an improper integral or a regular definite integral. State WHY the integral is improper, if it is. Justify your classification. x a) 1 ² I 1 + x4 dx = If the integral divereges, enter 00, -00 or DNE as appropriate. Report EXACT answer if the integral converges. Upload your handwritten work in the box below. You must show work using proper notation to receive credit for this problem. Evaluate: a) 00 f. If the integral divereges, enter ∞, -∞ or DNE as appropriate. Report EXACT answer if the integral converges. x 1+24 Upload your handwritten work in the box below. You must show work using proper notation to receive credit for this problem. Evaluate: Edit - Insert Formats b) ܕ܀ ܬܐ dx = 8 1 BIUX, x² A -18 II e o V9x - 3 dr = • If the integral divereges, enter 00, -00 or DNE as appropriate. Report EXACT answer if the integral converges. A Y <> Σ' Σ ΡΗ Upload your handwritten work in the box below. You must show work using proper notation to receive credit for this problem.
Question 2 Consider the two integrals below. 2) 1.0²0 8 b) S₁ x 1+ 4 Evaluate: da √9x - 3 dr Classify the integrals above as an improper integral or a regular definite integral. State WHY the integral is improper, if it is. Justify your classification. x a) 1 ² I 1 + x4 dx = If the integral divereges, enter 00, -00 or DNE as appropriate. Report EXACT answer if the integral converges. Upload your handwritten work in the box below. You must show work using proper notation to receive credit for this problem. Evaluate: a) 00 f. If the integral divereges, enter ∞, -∞ or DNE as appropriate. Report EXACT answer if the integral converges. x 1+24 Upload your handwritten work in the box below. You must show work using proper notation to receive credit for this problem. Evaluate: Edit - Insert Formats b) ܕ܀ ܬܐ dx = 8 1 BIUX, x² A -18 II e o V9x - 3 dr = • If the integral divereges, enter 00, -00 or DNE as appropriate. Report EXACT answer if the integral converges. A Y <> Σ' Σ ΡΗ Upload your handwritten work in the box below. You must show work using proper notation to receive credit for this problem.
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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