A linear function models the height of a burning candle. Candle A comes out of the mold at 211 mm, and is expected to be at 187 mm after 8 hours of burning. The model for Candle B is h=240−8t, where h is the height in millimeters and t is the time in hours. What are the initial values for each candle? What do the initial values for each candle tell you? Use a pencil and paper. If the candles begin burning at the same time, can they ever be the same height? Explain. the initial value for candle A is........ mm
A linear function models the height of a burning candle. Candle A comes out of the mold at 211 mm, and is expected to be at 187 mm after 8 hours of burning. The model for Candle B is h=240−8t, where h is the height in millimeters and t is the time in hours. What are the initial values for each candle? What do the initial values for each candle tell you? Use a pencil and paper. If the candles begin burning at the same time, can they ever be the same height? Explain. the initial value for candle A is........ mm
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter9: Quadratic Functions And Equations
Section9.4: Solving Quadratic Equations By Factoring
Problem 59HP
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A linear function models the height of a burning candle. Candle A comes out of the mold at
211
mm, and is expected to be at
187
mm after
8
hours of burning. The model for Candle B is
h=240−8t,
where h is the height in millimeters and t is the time in hours. What are the initial values for each candle? What do the initial values for each candle tell you?Use a pencil and paper. If the candles begin burning at the same time, can they ever be the same height? Explain.
the initial value for candle A is........ mm
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