List questions from fractions

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values of $a$ in inequality

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Why does Engel expansion give smaller denominators than the Greedy algorithm?

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Methods for solving a quadratic equation.

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Is this Egyptian fractions algorithm the same as the greedy algorithm? How to prove it?

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Splitting a fraction

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Why do we need to multiply the top and bottom of a compound fraction to solve it?

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Sum of First k binomial coefficients divided by 2^n

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Splitting a fraction into two

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Advice on ${4-{x-2\over x+2}}$

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How can we write the following expression for the general case $\frac{1}{m_{1}^{k_1} m_{2}^{k_2} ... m_{r}^{k_r}}$?

Published on 06 Feb 2017 - 4:29

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Imaginary part $\frac{R+\jmath \omega L}{1+\jmath \omega LR-\omega^2CL}$

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How do I prove this trigonometric inequality?

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For which natural numbers a fraction can be simplifed

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Group satisfaction rate

Published on 07 Feb 2017 - 14:27

List Question

Why not $1$/irrational?

values of $a$ in inequality

Why does Engel expansion give smaller denominators than the Greedy algorithm?

Methods for solving a quadratic equation.

Is this Egyptian fractions algorithm the same as the greedy algorithm? How to prove it?

Splitting a fraction

Why do we need to multiply the top and bottom of a compound fraction to solve it?

Sum of First k binomial coefficients divided by 2^n

Splitting a fraction into two

Advice on ${4-{x-2\over x+2}}$

How can we write the following expression for the general case $\frac{1}{m_{1}^{k_1} m_{2}^{k_2} ... m_{r}^{k_r}}$?

Imaginary part $\frac{R+\jmath \omega L}{1+\jmath \omega LR-\omega^2CL}$

How do I prove this trigonometric inequality?

For which natural numbers a fraction can be simplifed

Group satisfaction rate

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