Huehuehuehue [spoiler]math jokes are funny [/spoiler]

[quote] What should I do?[/quote]

Can you watch chef on it though

Ti-84 plus? Nice. I have the color version

Call the swat team. They could be able to get answers out of him

What happened, where did we go wrong

[quote]What should I do?[/quote] Divide by zero.

how does this post have thirty likes?

I THOUGHT I SAVED YOU. I THREW THE ROPE INTO THE SHITPOST HOLE. WHY. YOU'VE GONE TOO DEEP.

Well if you finish your equation you'll find out it's imaginary

Try to feed it bacon. Maybe it'll run off.

What's the image of?

But hey! At least it's not a radical Catholic!

Square Root of a Muslim = Radical Islam

When you hit enter it will say, "Muslim".

😂

Do you look at logarithms and think "how the ƒµçk am I supposed to do this"? Look no further, because I am here to spread word of the [b]Triangle of Power[/b]. The Triangle of Power, named after its shape and purpose of representing exponents and related operations, allows you to easily visualize how exponents, roots, and logarithms are related! Normally, the three operations are written via position, a symbol, and a word respectively. This is stupid, because it takes 3 equations that say the same thing, and make them look completely different from one another. By using the Triangle of Power, you can much more easily visualize these sorts of equations by organizing them on a triangle. What's more, the locations of the terms on the triangle corresponds to their locations in each equation! Here's 2^3 = 8 represented on the power triangle. https://i.stack.imgur.com/TwIZQ.png . It's the exact same as what would be created by the equations 2 = 3√8 and 3 = log (2, 8). (Imagine the "3 =" on the line above the other half of the equation). Here are some properties expressed in Triangle of Power form: https://i.stack.imgur.com/yqT1g.png And here's the video that I learned this from: https://www.youtube.com/watch?v=sULa9Lc4pck