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When a ving organism dies, the amount of Carbon-14 in ks system begins to decrease exponentially. Given that the halt-ife of Carbon-14 IS 5,730 years, answer the fallowing: a.) What is the exact value of the rate of decay for Carbon-147 (Use logarithm as necessary) b.) Create a function C that models the percent of Carbon-14 remaining after t years. cr) = E.) fa bone is found to contain 73% of the Carbon-14 in an equivalent living organism, how old is the bone (Round to the nearest year) The bone is approximately years old. d.) After 485 years what percent of Carbon-14 will remain in the bone? (Round to the nearest tenth of a percant) Approximately wil remain after 7485 years Submit Answer

When a ving organism dies, the amount of Carbon-14 in ks system begins to decrease exponentially. Given that the halt-ife of Carbon-14 IS 5,730 years, answer the fallowing: a.) What is the exact value of the rate of decay for Carbon-147 (Use logarithm as necessary) b.) Create a function C that models the percent of Carbon-14 remaining after t years. cr) = E.) fa bone is found to contain 73% of the Carbon-14 in an equivalent living organism, how old is the bone (Round to the nearest year) The bone is approximately years old. d.) After 485 years what percent of Carbon-14 will remain in the bone? (Round to the nearest tenth of a percant) Approximately wil remain after 7485 years Submit Answer

Introductory Chemistry: An Active Learning Approach
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter20: Nuclear Chemistry
Section: Chapter Questions
Problem 64E
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When a ving organism dies, the amount of Carbon-14 in ks system begins to decrease exponentially. Given that the halt-ife of Carbon-14 IS 5,730 years, answer the fallowing: a.) What is the exact value of the rate of decay for Carbon-147 (Use logarithm as necessary) b.) Create a function C that models the percent of Carbon-14 remaining after t years. cr) = E.) fa bone is found to contain 73% of the Carbon-14 in an equivalent living organism, how old is the bone (Round to the nearest year) The bone is approximately years old. d.) After 485 years what percent of Carbon-14 will remain in the bone? (Round to the nearest tenth of a percant) Approximately wil remain after 7485 years Submit Anwer
Transcribed Image Text:When a ving organism dies, the amount of Carbon-14 in ks system begins to decrease exponentially. Given that the halt-ife of Carbon-14 IS 5,730 years, answer the fallowing: a.) What is the exact value of the rate of decay for Carbon-147 (Use logarithm as necessary) b.) Create a function C that models the percent of Carbon-14 remaining after t years. cr) = E.) fa bone is found to contain 73% of the Carbon-14 in an equivalent living organism, how old is the bone (Round to the nearest year) The bone is approximately years old. d.) After 485 years what percent of Carbon-14 will remain in the bone? (Round to the nearest tenth of a percant) Approximately wil remain after 7485 years Submit Anwer
A population of rabbits follows the law of uninhibited growth, There are 6 rabbits initially and after 7 months there are 60. a.) Create a function P that models the number of rabbits after t months. In (10) P(e) = 6.e b.) How many rabbits will there be in one year? x (Round down to the nearest integer) c.) How long will it take for the initial population to triple? x months (Round to the nearest hundredth) Submit Answer
Transcribed Image Text:A population of rabbits follows the law of uninhibited growth, There are 6 rabbits initially and after 7 months there are 60. a.) Create a function P that models the number of rabbits after t months. In (10) P(e) = 6.e b.) How many rabbits will there be in one year? x (Round down to the nearest integer) c.) How long will it take for the initial population to triple? x months (Round to the nearest hundredth) Submit Answer
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