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III. Solve using a system of equations.neeitib 9ewlt gnoms be129vni 26w 000,S2 to sontherni nA (8 6.) The height at time t of an object that is moving in a vertical line with constant acceleration, a, is given by the position equation S = ½ at2 + vot + So. The height, s, is measured in feet, the acceleration, a, is measured in feet/sec?, t is measured in seconds, v, is the initial velocity (t = 0), and s, is the initial height (t = 0). Find the values of a, vo, and s, if s 52 att 1, s = 52 at t 2, and s = 20 att 3, and interpret the result.

III. Solve using a system of equations.neeitib 9ewlt gnoms be129vni 26w 000,S2 to sontherni nA (8 6.) The height at time t of an object that is moving in a vertical line with constant acceleration, a, is given by the position equation S = ½ at2 + vot + So. The height, s, is measured in feet, the acceleration, a, is measured in feet/sec?, t is measured in seconds, v, is the initial velocity (t = 0), and s, is the initial height (t = 0). Find the values of a, vo, and s, if s 52 att 1, s = 52 at t 2, and s = 20 att 3, and interpret the result.

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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III. Solve using a system of equations.enetib 9eit gnoms betaevni 26w 000,s12 to sanstiherini nA (.8 6.) The height at time t of an object that is moving in a vertical line with constant acceleration, a, is given by the position equation S = ½ at? + Vot + So. The height, s, is measured in feet, the acceleration, a, is measured in feet/sec?, t is measured in seconds, v, is the initial velocity (t = 0), and s, is the initial height (t = 0). Find the values of a, v, and s, if s = 52 at t = 1, s = 52 at t = 2, and s = 20 att = 3, and interpret the result.
Transcribed Image Text:III. Solve using a system of equations.enetib 9eit gnoms betaevni 26w 000,s12 to sanstiherini nA (.8 6.) The height at time t of an object that is moving in a vertical line with constant acceleration, a, is given by the position equation S = ½ at? + Vot + So. The height, s, is measured in feet, the acceleration, a, is measured in feet/sec?, t is measured in seconds, v, is the initial velocity (t = 0), and s, is the initial height (t = 0). Find the values of a, v, and s, if s = 52 at t = 1, s = 52 at t = 2, and s = 20 att = 3, and interpret the result.
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