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6. The mass of radioactive element is given by Mn(t) = Mo M.(1) 3.8 b) Determine the half life of of radioactive material. " where Mo is the initial mass, in milligrams, and MR is the mass, in milligrams, after t days. Rn a) If the initial mass was 80 mg, how much of material will remain after 3 days, to the nearest milligram?

6. The mass of radioactive element is given by Mn(t) = Mo M.(1) 3.8 b) Determine the half life of of radioactive material. " where Mo is the initial mass, in milligrams, and MR is the mass, in milligrams, after t days. Rn a) If the initial mass was 80 mg, how much of material will remain after 3 days, to the nearest milligram?

Calculus: Early Transcendentals
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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solve sub part a)  and b) please 

6. The mass of radioactive element is given by MR (t) = Mo (1) Rn and MR is the mass, in milligrams, after t days. a) If the initial mass was 80 mg, how much of material will remain after 3 days, to the nearest milligram? b) Determine the half life of of radioactive material. c) Determine disintegration constant for this material. 3.8 where Mo is the initial mass, in milligrams, d) At what rate is the the material is decaying when a sample has decayed to 75% of its initial mass?
Transcribed Image Text:6. The mass of radioactive element is given by MR (t) = Mo (1) Rn and MR is the mass, in milligrams, after t days. a) If the initial mass was 80 mg, how much of material will remain after 3 days, to the nearest milligram? b) Determine the half life of of radioactive material. c) Determine disintegration constant for this material. 3.8 where Mo is the initial mass, in milligrams, d) At what rate is the the material is decaying when a sample has decayed to 75% of its initial mass?
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