The Principle of Mathematical Induction Equality problem example 

Prove the following statement by Mathematical Induction:

2 + 4 + 6 + … + 2n = n(n + 1)

 

Solution to this Mathematical Induction Proof practice problem is provided in the video below!

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The Principle of Mathematical Induction Equality Proof example question

Prove the following sequence statement by Mathematical Induction:

3 + 7 + 11 + … + (4n – 1) = n(2n + 1)

 

Solution to this Mathematical Induction Proof practice problem is provided in the video below!

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Exponents & Principle of Mathematical Induction Equality example

Prove the given statement by using Mathematical Induction:

1 + 3 + 3² + … + 3^{n – 1} =

 

Solution to this Mathematical Induction Proof practice problem is provided in the video below!

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Exponents & Principle of Mathematical Induction Equality example problem #2

Prove the statement below by Mathematical Induction:

1³ + 2³ + 3³ + … + n³ =

 

Solution to this Mathematical Induction Proof practice problem is provided in the video below!

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Fractions & Principle of Mathematical Induction Equality example question

Show the given sequence statement holds true by using Mathematical Induction:

 

Solution to this Mathematical Induction Proof practice problem is provided in the video below!

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Nth Term of Geometric Sequence Formula Proof with Principle of Mathematical Induction

Prove the following formula that finds the Nth term of a Geometric Sequence by using the Principle of

Mathematical Induction:

 

Solution to this Principle of Mathematical Induction Proof practice problem is provided in the video below!

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EXTENDED Principle of Mathematical Induction Inequality example

Prove the following Square Root sequence inequality statement by using the Extended Principle of

Mathematical Induction:

 

Solution to this Extended Principle of Mathematical Induction Proof practice problem is provided in the video below!

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