Lesson 10.1 Properties of Logarithms

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13 questions
1

Rewrite each expression as a single logarithm. Then evaluate the resulting logarithm without using a calculator.

1

Rewrite each expression as a single logarithm. Then evaluate the resulting logarithm without using a calculator.

1

Rewrite each expression as a single logarithm. Then evaluate the resulting logarithm without using a calculator.

1

Rewrite each expression as a single logarithm. Then evaluate the resulting logarithm without using a calculator.

1

Rewrite each expression as a single logarithm. Then evaluate the resulting logarithm without using a calculator.

1

Rewrite each expression as a single logarithm. Then evaluate the resulting logarithm without using a calculator.

1

Rewrite each expression as a single logarithm. Then use a calculator to evaluate the resulting logarithm.

1

Rewrite each expression as a single logarithm. Then use a calculator to evaluate the resulting logarithm.

1

Rewrite each expression as a single logarithm. Then use a calculator to evaluate the resulting logarithm.

1

Rewrite each expression as a single logarithm. Then use a calculator to evaluate the resulting logarithm.

1

Rewrite each expression as a single logarithm. Then use a calculator to evaluate the resulting logarithm.

1

Rewrite each expression as a single logarithm. Then use a calculator to evaluate the resulting logarithm.

1

The formula
gives the Richter magnitude M of an earthquake as a function of the energy released E, in ergs. Write a formula for E as a function of M. Then use the new formula to find the energy released by the earthquake that occurred near Anchorage, Alaska on January 13, 2019.