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Practice — Logarithmic and exponential functions • Change of base of logarithms

Change of logarithm base: check 1
Difficulty: ★★☆
4317
Info
M4U-EXT-QP-0606-CHANGE-BASE-O1

Maths4U Original · Short practice

Let \(\displaystyle a=4\) and \(\displaystyle b=64\). Use base-2 logarithms to work exactly.

Find \(\displaystyle \log _{a}b\).

Enter one exact number or fraction. These checks support non-calculator practice. Give full reasoning separately for written problems.

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Change of logarithm base: review variant 1
Difficulty: ★★☆
4318
Info
M4U-EXT-QP-0606-CHANGE-BASE-O1-V1

Maths4U Original · Short practice

Let \(\displaystyle a=8\) and \(\displaystyle b=8\). Use base-2 logarithms to work exactly.

Find \(\displaystyle \log _{a}b\).

Enter one exact number or fraction. These checks support non-calculator practice. Give full reasoning separately for written problems.

Log in to check answers and record progress. You can still view solutions.
Change of logarithm base: check 2
Difficulty: ★★☆
4319
Info
M4U-EXT-QP-0606-CHANGE-BASE-O2

Maths4U Original · Short practice

Let \(\displaystyle a=8\) and \(\displaystyle b=8\). Use base-2 logarithms to work exactly.

Find log_b a.

Enter one exact number or fraction. These checks support non-calculator practice. Give full reasoning separately for written problems.

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Change of logarithm base: review variant 2
Difficulty: ★★☆
4320
Info
M4U-EXT-QP-0606-CHANGE-BASE-O2-V1

Maths4U Original · Short practice

Let \(\displaystyle a=4\) and \(\displaystyle b=8\). Use base-2 logarithms to work exactly.

Find log_b a.

Enter one exact number or fraction. These checks support non-calculator practice. Give full reasoning separately for written problems.

Log in to check answers and record progress. You can still view solutions.
Change of logarithm base: check 3
Difficulty: ★★☆
4321
Info
M4U-EXT-QP-0606-CHANGE-BASE-O3

Maths4U Original · Short practice

Let \(\displaystyle a=16\) and \(\displaystyle b=16\). Use base-2 logarithms to work exactly.

Find log_(\(\displaystyle a^{2}\)) b.

Enter one exact number or fraction. These checks support non-calculator practice. Give full reasoning separately for written problems.

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Change of logarithm base: review variant 3
Difficulty: ★★☆
4322
Info
M4U-EXT-QP-0606-CHANGE-BASE-O3-V1

Maths4U Original · Short practice

Let \(\displaystyle a=4\) and \(\displaystyle b=8\). Use base-2 logarithms to work exactly.

Find log_(\(\displaystyle a^{2}\)) b.

Enter one exact number or fraction. These checks support non-calculator practice. Give full reasoning separately for written problems.

Log in to check answers and record progress. You can still view solutions.
Change of logarithm base: check 4
Difficulty: ★★☆
4323
Info
M4U-EXT-QP-0606-CHANGE-BASE-O4

Maths4U Original · Short practice

Let \(\displaystyle a=32\) and \(\displaystyle b=32\). Use base-2 logarithms to work exactly.

Find log_b(\(\displaystyle a^{2}\)).

Enter one exact number or fraction. These checks support non-calculator practice. Give full reasoning separately for written problems.

Log in to check answers and record progress. You can still view solutions.
Change of logarithm base: review variant 4
Difficulty: ★★☆
4324
Info
M4U-EXT-QP-0606-CHANGE-BASE-O4-V1

Maths4U Original · Short practice

Let \(\displaystyle a=4\) and \(\displaystyle b=8\). Use base-2 logarithms to work exactly.

Find log_b(\(\displaystyle a^{2}\)).

Enter one exact number or fraction. These checks support non-calculator practice. Give full reasoning separately for written problems.

Log in to check answers and record progress. You can still view solutions.
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