Illustrative Math - Algebra 2 - Unit 4 - Lesson 10

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Illustrative Math - Algebra 2 - Unit 4 - Lesson 10

Posljednje ažuriranje over 3 years ago

In order for an investment, which is increasing in value exponentially, to increase by a factor of 5 in 20 years, about what percent does it need to grow each year?
Explain how you know.

A.SSE.3.a

F.LE.4

Here is the graph of the amount of a chemical remaining after it was first measured. The chemical decays exponentially.
What is the approximate half-life of the chemical? Explain how you know.

A.SSE.3.a

F.LE.4

Explain why \log_{10}1=0.

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F.LE.4

How are the two equations 10^{2}=100 and \log_{10}(100)=2 related?

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F.LE.4

This lesson is from Illustrative Mathematics. Algebra 2, Unit 4, Lesson 10. Internet. Available from https://curriculum.illustrativemathematics.org/HS/teachers/3/4/10/index.html ; accessed 27/July/2021.

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Illustrative Math - Algebra 2 - Unit 4 - Lesson 10

Illustrative Math - Algebra 2 - Unit 4 - Lesson 10

In order for an investment, which is increasing in value exponentially, to increase by a factor of 5 in 20 years, about what percent does it need to grow each year? Explain how you know.

Here is the graph of the amount of a chemical remaining after it was first measured. The chemical decays exponentially.What is the approximate half-life of the chemical? Explain how you know.

Explain why \log_{10}1=0.

How are the two equations 10^{2}=100 and \log_{10}(100)=2 related?

In order for an investment, which is increasing in value exponentially, to increase by a factor of 5 in 20 years, about what percent does it need to grow each year? Explain how you know.

Here is the graph of the amount of a chemical remaining after it was first measured. The chemical decays exponentially.What is the approximate half-life of the chemical? Explain how you know.

Explain why \log_{10}1=0.

How are the two equations 10^{2}=100 and \log_{10}(100)=2 related?

In order for an investment, which is increasing in value exponentially, to increase by a factor of 5 in 20 years, about what percent does it need to grow each year?
Explain how you know.

Here is the graph of the amount of a chemical remaining after it was first measured. The chemical decays exponentially.
What is the approximate half-life of the chemical? Explain how you know.

In order for an investment, which is increasing in value exponentially, to increase by a factor of 5 in 20 years, about what percent does it need to grow each year?
Explain how you know.

Here is the graph of the amount of a chemical remaining after it was first measured. The chemical decays exponentially.
What is the approximate half-life of the chemical? Explain how you know.