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3. What will happen to Joshua's money if his money will be 6.33% compounded continuously for 17.36 years? Hint: Use the rate of interest as the rate constant, and the unit of time t is in years.

3. What will happen to Joshua's money if his money will be 6.33% compounded continuously for 17.36 years? Hint: Use the rate of interest as the rate constant, and the unit of time t is in years.

College Algebra
College Algebra
7th Edition
ISBN:9781305115545
Author:James Stewart, Lothar Redlin, Saleem Watson
Publisher:James Stewart, Lothar Redlin, Saleem Watson
Chapter4: Exponential And Logarithmic Functions
Section: Chapter Questions
Problem 13CC
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Kindly answer numbers 3-5. Thank you!

3. What will happen to Joshua's money if his money will be 6.33% compounded continuously for 17.36 years? Hint: Use the rate of interest as the rate constant, and the unit of time t is in years. 4. A Zero-order decomposition reaction of a substance took 5 minutes to achieve 80% decomposition. What is its half life? The initial concentration of the substance is 5M. Round your answer in to 2 decimal places in minutes. 5. Metals A and B were taken out from a boxed furnaces both at 500 deg C. The ambient temperature, where the metals were exposed is at 25 deg C. It took 1 minute for Metal A to reach 100 deg C. Determine the temperature of Metal B in deg C, 2 minutes after it was take out from the furnace to the new ambient temperature. It is known that ka = 2kg.
Transcribed Image Text:3. What will happen to Joshua's money if his money will be 6.33% compounded continuously for 17.36 years? Hint: Use the rate of interest as the rate constant, and the unit of time t is in years. 4. A Zero-order decomposition reaction of a substance took 5 minutes to achieve 80% decomposition. What is its half life? The initial concentration of the substance is 5M. Round your answer in to 2 decimal places in minutes. 5. Metals A and B were taken out from a boxed furnaces both at 500 deg C. The ambient temperature, where the metals were exposed is at 25 deg C. It took 1 minute for Metal A to reach 100 deg C. Determine the temperature of Metal B in deg C, 2 minutes after it was take out from the furnace to the new ambient temperature. It is known that ka = 2kg.
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