A boiling (100 °C) solution is set on a table where room temperature is assumed to be constant at 20 °C. The solution cooled to 60 °C after 5 minutes. (a) Find a formula for the temperature of the solution after it is placed on the table, and, (b) Determine how long it will take for the solution to cool to 22 °C.
A boiling (100 °C) solution is set on a table where room temperature is assumed to be constant at 20 °C. The solution cooled to 60 °C after 5 minutes. (a) Find a formula for the temperature of the solution after it is placed on the table, and, (b) Determine how long it will take for the solution to cool to 22 °C.
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section: Chapter Questions
Problem 77RE
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A boiling (100 °C) solution is set on a table where room temperature is assumed to be constant at 20 °C. The solution cooled to 60 °C after 5 minutes. (a) Find a formula for the temperature of the solution after it is placed on the table, and, (b) Determine how long it will take for the solution to cool to 22 °C.
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