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let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

$\sum_{k=0}^{p-1} C_kx^k\equiv \frac{1-(1-4x)^{(p+1)/2}}{2x}-x^{p-1}\quad\bmod (p,x^p).$

Give it a try - post some "answers" and see how it works for you.

edit: here are instructions to enable MathJax.

There is a caveat - if you right-click and choose some setting - django may sign you out. It's due to the bug in python Cookie module or MathJax cookie name. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

If the site "kicks you out" this way - delete cookie for askbot.org named as above and re-signin.

This issue in MathJax will hopefully be solved very soon.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

$\sum_{k=0}^{p-1} C_kx^k\equiv \frac{1-(1-4x)^{(p+1)/2}}{2x}-x^{p-1}\quad\bmod (p,x^p).$

Give it a try - post some "answers" and see how it works for you.

edit: here are instructions to enable MathJax.

There is a caveat - if you right-click and choose some setting - django may sign you out. It's due to the bug in python Cookie module or MathJax cookie name. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

If the site "kicks you out" this way - delete cookie for askbot.org named as above and re-signin.

This issue in MathJax will hopefully be solved very soon.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

Give it a try - post some "answers" and see how it works for you.

$\sum{k=0}^{p-1} C kx^k\equiv \frac{1-(1-4x)^{(p+1)/2}}{2x}-x^{p-1}\quad\bmod (p,x^p).$

edit: here are instructions to enable MathJax.

There is a caveat - if you right-click and choose some setting - django may sign you out. It's due to the bug in python Cookie module or MathJax cookie name. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

If the site "kicks you out" this way - delete cookie for askbot.org named as above and re-signin.

This issue in MathJax will hopefully be solved very soon.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

Give it a try - post some "answers" and see how it works for you.

$\sum{k=0}^{p-1} C kx^k\equiv $\sum_{k=0}^{p-1} C_kx^k\equiv \frac{1-(1-4x)^{(p+1)/2}}{2x}-x^{p-1}\quad\bmod (p,x^p).$

edit: here are instructions to enable MathJax.

There is a caveat - if you right-click and choose some setting - django may sign you out. It's due to the bug in python Cookie module or MathJax cookie name. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

If the site "kicks you out" this way - delete cookie for askbot.org named as above and re-signin.

This issue in MathJax will hopefully be solved very soon.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

Give it a try - post some "answers" and see how it works for you.

$\sum_{k=0}^{p-1} C_kx^k\equiv \frac{1-(1-4x)^{(p+1)/2}}{2x}-x^{p-1}\quad\bmod (p,x^p).$

edit: here are instructions to enable MathJax.

There is a caveat - if you right-click and choose some setting - django may sign you out. It's due to the bug in python Cookie module or MathJax cookie name. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

If the site "kicks you out" this way - delete cookie for askbot.org named as above and re-signin.

This issue in MathJax will hopefully be solved very soon.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

$\sum_{k=0}^{p-1} C_kx^k\equiv \frac{1-(1-4x)^{(p+1)/2}}{2x}-x^{p-1}\quad\bmod (p,x^p).$

Give it a try - post some "answers" and see how it works for you.

edit: here are instructions to enable MathJax.

There is a caveat - if you right-click and choose some setting - django may sign you out. It's due to the bug in python Cookie module or MathJax cookie name. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

If the site "kicks you out" this way - delete cookie for askbot.org named as above and re-signin.

This issue in MathJax will hopefully be solved very soon.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

$\sum_{k=0}^{p-1} C_kx^k\equiv \frac{1-(1-4x)^{(p+1)/2}}{2x}-x^{p-1}\quad\bmod (p,x^p).$

Give it a try - post some "answers" and see how it works for you.

edit: here are instructions to enable MathJax.

There is a caveat - if you right-click and choose some setting - django may sign you out. It's due to the bug in python Cookie module or MathJax cookie name. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

If the site "kicks you out" this way - delete cookie for askbot.org named as above and re-signin.

This issue in MathJax will hopefully be solved very soon.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

Give it a try - post some "answers" and see how it works for you.

edit: here are instructions to enable MathJax.

There is a caveat - if you right-click and choose some setting - django may will sign you out. It's due to the bug probably in python Cookie module or MathJax cookie name. module. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

If the site "kicks you out" this way - delete cookie for askbot.org named as above and re-signin.

This issue in MathJax will hopefully be solved very soon.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

Give it a try - post some "answers" and see how it works for you.

edit: here are is a instructions to enable MathJaxdocumentation page. explaining how to install mathjax to work with askbot.

There is a caveat - if you right-click and choose some setting - django will sign you out. It's due to the bug probably in python Cookie module. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

If the site "kicks you out" this way - delete cookie for askbot.org named as above and re-signin.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

Give it a try - post some "answers" and see how it works for you.

Firefox seems to render a lot slower than chrome - maybe it's some configuration issue or a missing font - I have not looked into this issue yet.

edit: here Firefox issue solved - it is a documentation page explaining how important to install serve mathjax to work with askbot.

 Alias /mathjax/ /filesystem/path/to/mathjax/

There is a caveat - if you right-click and choose some setting - django will sign you out. It's due to the bug probably in python Cookie module. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

If the site "kicks you out" this way - delete cookie for askbot.org named as above and re-signin.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

Give it a try - post some "answers" and see how it works for you.

Firefox seems to render a lot slower than chrome - maybe it's some configuration issue or a missing font - I have not looked into this issue yet.

edit: Firefox issue solved - it is important to serve mathjax from the same domain.

Add Alias clause in your Apache config like so:

 Alias /mathjax/ /filesystem/path/to/mathjax/

There is a caveat - if you right-click and choose some setting - django will sign you out. It's due to the bug probably in python Cookie module. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

If the site "kicks you out" this way - delete cookie for askbot.org named as above and re-signin.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

Give it a try - post some "answers" and see how it works for you.

Firefox seems to render a lot slower than chrome - maybe it's some configuration issue or a missing font - I have not looked into this issue yet.

There is a caveat - if you right-click and choose some setting - django will sign you out. It's due to the bug probably in python Cookie module. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

Give it a try - post some "answers" and see how it works for you.

Firefox seems to render a lot slower than chrome - maybe it's some configuration issue or a missing font - I have not looked into this issue yet.

There is a caveat - if you right-click and choose some setting - django will sign you out. It's due to the bug probably in python Cookie module. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} $$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$.$$

Give it a try - post some "answers" and see how it works for you.

There is a caveat - if you right-click and choose some setting - django will sign you out. It's due to the bug probably in python Cookie module. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$$\mathcal{M} $\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$$.$

Give it a try - post some "answers" and see how it works for you.

There is a caveat - if you right-click and choose some setting - django will sign you out. It's due to the bug probably in python Cookie module. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

$\mathcal{M} \left[ \frac{d}{d x} f (x) \right] = - (s - 1) F (s - 1),\quad \mathcal{M} \left[ x^{\mu} f (x) \right] = F (s + \mu) .$

Give it a try - post some "answers" and see how it works for you.

There is a caveat - if you right-click and choose some setting - django will sign you out. It's due to the bug probably in python Cookie module. MathJax wants to set up cookie named mjx:menu, but python does not like : in the name. I have found the place in MathJax where that character can be replaced with say -, but rebuilding MathJax is not trivial - not all build scripts are present in the repository.

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$

let's try:

$\mathcal{M}[f] (s) = \int_0^{\infty} x^{s - 1} f (x) dx .$$\|(b_{ij})\|=\sup\left{ \left\| \sum_{i,j=1}^n x_i b_{ij} y_j \right\|: x_i,y_j\in\mathcal{C}, \left\| \sum_{i=1}^n x_i x_i^* \right\|\leq1, \left\| \sum_{j=1}^n y_j^* y_j \right\|\leq1\right}.$

let's try:

$\|(b_{ij})\|=\sup\left{ $$\|(b_{ij})\|=\sup\left{ \left\| \sum_{i,j=1}^n x_i b_{ij} y_j \right\|: x_i,y_j\in\mathcal{C}, \left\| \sum_{i=1}^n x_i x_i^* \right\|\leq1, \left\| \sum_{j=1}^n y_j^* y_j \right\|\leq1\right}.$\right\|\leq1\right}.$$