An object with an initial temperature of To that is placed at time t = 0 inside a chamber that has a constant temperature of T, will experience a temperature change according to the equation; T = Ts+ (To-Ts)e-kt where T is the temperature (in F) of the object at time t (in hours), and k is a constant. A soda can at a temperature of 120°F (after being left in the car) is placed inside a refrigerator where the temperature is 38° F. Determine, rounded to two decimals, the temperature of the can after three hours. Assume k = 0.45.
An object with an initial temperature of To that is placed at time t = 0 inside a chamber that has a constant temperature of T, will experience a temperature change according to the equation; T = Ts+ (To-Ts)e-kt where T is the temperature (in F) of the object at time t (in hours), and k is a constant. A soda can at a temperature of 120°F (after being left in the car) is placed inside a refrigerator where the temperature is 38° F. Determine, rounded to two decimals, the temperature of the can after three hours. Assume k = 0.45.
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Transcribed Image Text:An object with an initial temperature of To that is placed at time t = 0 inside a chamber that has a
constant temperature of T, will experience a temperature change according to the equation;
T = Ts + (To-Ts)e-kt
where T is the temperature (in F) of the object at time t (in hours), and k is a constant. A soda
can at a temperature of 120°F (after being left in the car) is placed inside a refrigerator where the
temperature is 38° F. Determine, rounded to two decimals, the temperature of the can after three
hours. Assume k = 0.45.
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