List questions from binomial-theorem

Published on 27 Sep 2014 - 23:32

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How to prove the binomial theorem

Published on 28 Sep 2014 - 3:10

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Expanding Binomial with Absolute Value

Published on 28 Mar 2026 - 10:36

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Prove that the two polynomials intersect each other only at a single point

Published on 29 Sep 2014 - 10:18

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Using Newton's binomial theorem to prove that a sum evaluates to $36^n-26^n$

Published on 30 Sep 2014 - 21:49

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proving counting problems?

Published on 01 Oct 2014 - 23:42

119

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Binomial Expansion to Evaluate the Value of $\frac{1}{\sqrt{3.4}}$

Published on 02 Oct 2014 - 16:14

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Is there a general formula for the following expression?

Published on 02 Oct 2014 - 18:02

128

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Evaluate $\sum_{k=1}^{99}C(100,k)4^{k+2}$

Published on 03 Oct 2014 - 8:54

341

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How can I solve for $n$ in this binomial coefficient equation

Published on 06 Oct 2014 - 21:00

54

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Show that inequality is correct for natural $n$

Published on 10 Oct 2014 - 15:50

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Is the new drug superior? Probability & Binomial

Published on 10 Oct 2014 - 19:01

206

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Proving a Binomial Identity

Published on 12 Oct 2014 - 14:48

949

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Pascal's Triangle

Published on 12 Oct 2014 - 15:57

427

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Given $\sqrt{1+x} < 1 +0.5x$ for all $x>0$, prove that $\sqrt{1+x} > 1 + 0.5x - 0.125x^2$

Published on 14 Oct 2014 - 5:53

List Question

Prove this equality by using Newton's Binomial Theorem

How to prove the binomial theorem

Expanding Binomial with Absolute Value

Prove that the two polynomials intersect each other only at a single point

Using Newton's binomial theorem to prove that a sum evaluates to $36^n-26^n$

proving counting problems?

Binomial Expansion to Evaluate the Value of $\frac{1}{\sqrt{3.4}}$

Is there a general formula for the following expression?

Evaluate $\sum_{k=1}^{99}C(100,k)4^{k+2}$

How can I solve for $n$ in this binomial coefficient equation

Show that inequality is correct for natural $n$

Is the new drug superior? Probability & Binomial

Proving a Binomial Identity

Pascal's Triangle

Given $\sqrt{1+x} < 1 +0.5x$ for all $x>0$, prove that $\sqrt{1+x} > 1 + 0.5x - 0.125x^2$

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