# Unresolved Detail In Plotted Equations

Sometimes the calculator detects that an equation is too complicated to plot perfectly in a reasonable amount of time. When this happens, the equation is plotted at lower resolution.

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• Leo s.

y!!-x!!=\frac{x!!}{y!!}

• Leo s.

\frac{\left|\frac{x!}{y!}\right|}{\frac{x!}{y!}}=\frac{\left|y!!!-x!!!\right|}{y!!!-x!!!}

very detailed graph

• Tanksear Industries

\operatorname{mod}\left(\cos\left(\sin\left(x\right)\right),\sin\left(\cos\left(x\right)\right)\right)\le\frac{\cos y}{\sin x}

• Tanksear Industries
• Tanksear Industries
• Tanksear Industries

\frac{xxyx}{\sin\left(yx\right)}=x!

This one is fun to play around with. You can experiment with negatives, extra factorials, replacing x with y or vice versa, etc.

• Tanksear Industries

This is an experiment to test if I can do this correctly.

<a href="https://www.desmos.com/calculator">Calculator</a>
• Tanksear Industries

I guess I can't.

So what's the point of being able to put in code?!

• Tanksear Industries

\sin\left(\operatorname{mod}\left(x,y\right)\right)=\frac{x}{y}

This one's very neat and tidy if you zoom out a bit.

• Tanksear Industries

\operatorname{mod}\left(x!,y\right)=\operatorname{mod}\left(y!,x\right)

• Tanksear Industries

\cos\left(\frac{yx}{xxx}\right)=\sin\left(\frac{yx}{x}\right)

• GlitchedGraph666
• GlitchedGraph666
• Jonahscott2020

https://www.desmos.com/calculator/9hnqckpf0v Here we have a 3D graph. You may use it for your own experimentation. Just don't say you made it yourself, unless you actually did. "a" rotates the graph left to right. "b" rotates the graph up and down. "c" spins the graph clockwise and counter-clockwise. "n" affects the amount of lines in the equation. "s" is the graph's multiplier. "l" affects the size of axes (plural form of "axis", not "ax"). "a_l" affects the length of the axes. Deleting any of the equations will result in failure to compute the graph. Equations that are safe to mess with are 1, 20, and 21. (Note: messing with 20 and 21 could result in messing up everything.)

• Jonahscott2020

Also, to find what axis is which, set equation 1 to f\left(x,y\right)=\left(\left(x+y\right)\right)+\frac{x}{6}-\frac{y^2}{6}. The graph will align with the y-axis. The parabola will stretch towards the z-axis. The remaining axis is your x-axis.

• Youravgtrash

\csc\left(x\right)\ge\cot\left(y\right)

\csc\left(x\right)\ge\cot\left(-y\right)

\csc\left(y\right)\ge\cot\left(x\right)

\csc\left(y\right)\ge\cot\left(-x\right)

put these all at the same color and you have a work of art

• Blubyrd999

sin(x-y)=y

• Tanksear Industries

\arctan\left(x\right)\frac{\sin yx}{\cos x}=\tan y

• Tanksear Industries
• Lily Johnson

apparently 2^x=4^{x-2} as well.

• Linus Truver

y^{6\log\left(x\right)}=5x^{\cos\left(\tan\left(8y\right)\right)}\sum_{n=2}^xy

• Linus Truver

@Jonahscott2020 That is some black magic fuckery right there, well done my guy

• DarkfangGaming

$x\sin\left(xx+x\right)=\left|y!\cdot x!\cdot2!\cdot1!\right|$

• Minh Tran Ngoc Hai

y=x^(x(x)^2+(y))

• Minh Tran Ngoc Hai

https://www.desmos.com/calculator/8igzso4vhz

zoom out it will hurt your eyes

Edited by Minh Tran Ngoc Hai
• Asher Ding

y=1^y

• Aiyu

\tan\left(xy\right)=\tan\left(\pi\right)

• GlitchedGraph666

x^2\cdot\sin\left(y^2\right)=\prod_{n=0}^y\left(n+x+\cos\left(y\right)\right)

• GlitchedGraph666

When tested with Microsoft Edge, it crashes. https://www.desmos.com/calculator/oiao5aijpw

• ThatOneGuy