A differential equation that represents the rate of change of the Earth's temperature over time is given by the equation dT/day = 0.0004Y + 0.0048, where Y is years since 1950, and T is temperature in degrees Celsius. A. Given that T(0) = 13.7, determine the function T(Y) using antiderivatives. B. Use the solution from your antiderivative to evaluate T(70) - T(0). What does the number mean in context to the problem?
A differential equation that represents the rate of change of the Earth's temperature over time is given by the equation dT/day = 0.0004Y + 0.0048, where Y is years since 1950, and T is temperature in degrees Celsius. A. Given that T(0) = 13.7, determine the function T(Y) using antiderivatives. B. Use the solution from your antiderivative to evaluate T(70) - T(0). What does the number mean in context to the problem?
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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A differential equation that represents the rate of change of the Earth's temperature over time is given by the equation dT/day = 0.0004Y + 0.0048, where Y is years since 1950, and T is temperature in degrees Celsius.
A. Given that T(0) = 13.7, determine the function T(Y) using antiderivatives.
B. Use the solution from your antiderivative to evaluate T(70) - T(0). What does the number mean in context to the problem?
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