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If the velocity function of an object is v(t) = e2t eb meters/second. Find the net displacement and the total distance traveled in meters in the first 6 seconds. You only need to input numerical values rounded to 3 decimal points, without the unit (meters). You can use the on-screen calculator provided. Hint: For the total distance, you need to figure out in what interval the v(t) is negative, and in what interval the v(t) is positive, then do integration of v(t)|. ; total distance = type your answer.. net displacement = type your answer.

If the velocity function of an object is v(t) = e2t eb meters/second. Find the net displacement and the total distance traveled in meters in the first 6 seconds. You only need to input numerical values rounded to 3 decimal points, without the unit (meters). You can use the on-screen calculator provided. Hint: For the total distance, you need to figure out in what interval the v(t) is negative, and in what interval the v(t) is positive, then do integration of v(t)|. ; total distance = type your answer.. net displacement = type your answer.

Calculus: Early Transcendentals
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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If the velocity function of an object is v(t) = e2t – eô meters/second. Find the net displacement and the total distance traveled in meters in the first 6 seconds. You only need to input numerical values rounded to 3 decimal points, without the unit (meters). You can use the on-screen calculator provided. Hint: For the total distance, you need to figure out in what interval the v(t) is negative, and in what interval the v(t) is positive, then do integration of v(t). net displacement = type your answer.. ; total distance = type your answer...
Transcribed Image Text:If the velocity function of an object is v(t) = e2t – eô meters/second. Find the net displacement and the total distance traveled in meters in the first 6 seconds. You only need to input numerical values rounded to 3 decimal points, without the unit (meters). You can use the on-screen calculator provided. Hint: For the total distance, you need to figure out in what interval the v(t) is negative, and in what interval the v(t) is positive, then do integration of v(t). net displacement = type your answer.. ; total distance = type your answer...
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