4 A balloon is floating upward, and its height in feet above the ground t seconds after it is released is given by a functionS = S(t).x ft1 = 0dsSuppose you know that S(4) = 13 and that is 6 when t is 4. Estimate the height of the balloon 11 seconds after it isdtreleased. (See the figure above.)ft

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Description: 4 A balloon is floating upward, and its height in feet above the ground t seconds after it is released is given by a functionS = S(t).x ft1 = 0dsSuppose you know that S(4) = 13 and that is 6 when t is 4. Estimate the height of the balloon 11 seconds

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A balloon is floating upward, and its height in feet above the ground t seconds after it is released is given by a function S = S(t). x ft 1 = 0 Suppose you know that S(4) = 13 and that dt ds is 6 when t is 4. Estimate the height of the balloon 11 seconds after it is released. (See the figure above.) ft

A balloon is floating upward, and its height in feet above the ground t seconds after it is released is given by a function S = S(t). x ft 1 = 0 Suppose you know that S(4) = 13 and that dt ds is 6 when t is 4. Estimate the height of the balloon 11 seconds after it is released. (See the figure above.) ft

Big Ideas Math A Bridge To Success Algebra 1: Student Edition 2015

1st Edition

ISBN:9781680331141

Author:HOUGHTON MIFFLIN HARCOURT

Publisher:HOUGHTON MIFFLIN HARCOURT

Chapter8: Graphing Quadratic Functions

Section: Chapter Questions

Problem 3CA

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