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4. The mass, M, in grams of a compound form during a chemical reaction can be modelled by the function M(t) = where t is the time in seconds after the start of the reaction. 6.3t t+2.2' a) Determine the rate of change of the mass at 6s b) Is the rate of change of the mass ever negative? Explain.

4. The mass, M, in grams of a compound form during a chemical reaction can be modelled by the function M(t) = where t is the time in seconds after the start of the reaction. 6.3t t+2.2' a) Determine the rate of change of the mass at 6s b) Is the rate of change of the mass ever negative? Explain.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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please answer part b) Please explain in detail

4. The mass, M, in grams of a compound form during a chemical reaction can be modelled by the function M(t) = where t is the time in seconds after the start of the reaction. 6.30 t+2.2" a) Determine the rate of change of the mass at 6s b) Is the rate of change of the mass ever negative? Explain. EN
Transcribed Image Text:4. The mass, M, in grams of a compound form during a chemical reaction can be modelled by the function M(t) = where t is the time in seconds after the start of the reaction. 6.30 t+2.2" a) Determine the rate of change of the mass at 6s b) Is the rate of change of the mass ever negative? Explain. EN
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