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A spacecraft launches from the International Space Station and flies directly away from the earth at a constant speed of 270 miles per hour. The International Space Station is 254 miles above the Earth. The spacecraft's distance from the Earth t hours after launch is given by D = 254 + 270t miles. Explain in practical terms the meaning of the initial value and growth rate. In practical terms this means that "When the spacecraft launched, it was away from Earth and its distance away from the ---Select--- Earth is increasing at a rate of ---Select--- 6 ".

A spacecraft launches from the International Space Station and flies directly away from the earth at a constant speed of 270 miles per hour. The International Space Station is 254 miles above the Earth. The spacecraft's distance from the Earth t hours after launch is given by D = 254 + 270t miles. Explain in practical terms the meaning of the initial value and growth rate. In practical terms this means that "When the spacecraft launched, it was away from Earth and its distance away from the ---Select--- Earth is increasing at a rate of ---Select--- 6 ".

College Algebra
College Algebra
1st Edition
ISBN:9781938168383
Author:Jay Abramson
Publisher:Jay Abramson
Chapter6: Exponential And Logarithmic Functions
Section6.1: Exponential Functions
Problem 60SE: The formula for the amount A in an investmentaccount with a nominal interest rate r at any timet is...
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A spacecraft launches from the International Space Station and flies directly away from the earth at a constant speed of 270 miles per hour. The International Space Station is 254 miles above the Earth. The spacecraft's distance from the Earth t hours after launch is given by D = 254 + 270t miles. Explain in practical terms the meaning of the initial value and growth rate.

 

A spacecraft launches from the International Space Station and flies directly away from the earth at a constant speed of 270 miles per hour. The International Space Station is 254 miles above the Earth. The spacecraft's distance from the Earth t hours after launch is given by D = 254 + 270t miles. Explain in practical terms the meaning of the initial value and growth rate. In practical terms this means that "When the spacecraft launched, it was ---Select--- O away from Earth and its distance away from the Earth is increasing at a rate of ---Select--- O ".
Transcribed Image Text:A spacecraft launches from the International Space Station and flies directly away from the earth at a constant speed of 270 miles per hour. The International Space Station is 254 miles above the Earth. The spacecraft's distance from the Earth t hours after launch is given by D = 254 + 270t miles. Explain in practical terms the meaning of the initial value and growth rate. In practical terms this means that "When the spacecraft launched, it was ---Select--- O away from Earth and its distance away from the Earth is increasing at a rate of ---Select--- O ".
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