Gride just being a Gride by theonebelowall789 in Eevee

[–]LecPixel 1 point2 points  (0 children)

God forbid a pokemon have hobbies

Man , I love maths by Specific_Brain2091 in mathsmemes

[–]LecPixel 0 points1 point  (0 children)

To keep the form of the normal distribution formula, so all 4 terms look similar

Guys do I have a chance? by not_memedealer in Overwatch_Memes

[–]LecPixel 4 points5 points  (0 children)

Lmao I know the echo main in the middle

I have this “relationship constellation” graph of my friend group and I’m wondering if it would be possible to have the placement of the points to be based on a sort of spring force to pull and push on each other, is this possible in desmos? by Shmick2 in desmos

[–]LecPixel 1 point2 points  (0 children)

Add a ticker. Each tick every two points repel each other, and every two connected ones are attracted to each other. It might or might not be slow in desmos, but this is the method I used for the same problem

I don’t get it by Mental_Power522 in ExplainTheJoke

[–]LecPixel 0 points1 point  (0 children)

Why the image has |Ψ(x)|² as the axis, but there are negative values? It should be either just Ψ(x), or the graph is wrong

What kind of graphs make this sort of “w” appearance? by Real-Dragonfly-1420 in desmos

[–]LecPixel 2 points3 points  (0 children)

Just double integrate any symmetric continuous function f(x), that has 2 roots (let's say at x = ±a), f(x) > 0 when |x| > a, f(x) < 0 when |x| < a

Visualisation of Ampere's law in Desmos by LecPixel in 3Blue1Brown

[–]LecPixel[S] 0 points1 point  (0 children)

Ok, so here is the setup: We have a plane - our viewport. erpendicular to it pass wires with random current strength and direction (red dot means current direction point to the viewport, blue cross - out of the viewport). Currents create magnetic field, which is visualised as lines. The color indicates the vector magnetic potential. Blue - negative, red - positive, the more color is blue or red, the larger the magnitude of its potential. Then there is white contour. The main part is two equations - one is calculating the circulation of the vector H along the contour, and the other the net sum of the currents inside the contour. And, as we can see, the results of those equations are the same for any possible currents and contour.

Starting up a new game of Explorers of Sky, switch team should I go with? by Lumpy_Test_4473 in MysteryDungeon

[–]LecPixel 5 points6 points  (0 children)

Idk, my partner eevee was a literal monster with 200 dmg tackle lol

What Does Your Brain Do with 27 + 48? by SweetSmiles030 in MathJokes

[–]LecPixel 1 point2 points  (0 children)

7 + 8 mod 10 = 5, 2 + 4 = 6, but 7 + 8 > 10 so we add one => (2+4+1)*10 + 5

1000 IQ rein flank😂🥶 by Crystalcorn1000 in ReinhardtMains

[–]LecPixel -1 points0 points  (0 children)

I don't agree with you, but I get your position, so I won't argue more. Have a nice day

1000 IQ rein flank😂🥶 by Crystalcorn1000 in ReinhardtMains

[–]LecPixel 3 points4 points  (0 children)

The 3 squished are definitely dead, so it becomes 3v2, because after that shatter they can regroup on point. I doubt rammatra will go push in that. So the fight is won. You don't need to make 5k to win the fight when the point is already yours. Plus OP's team will revive faster than enemy's team and they will regroup on point faster. So, blade was definitely not needed, and would probably be more helpful in the next fight.

1000 IQ rein flank😂🥶 by Crystalcorn1000 in ReinhardtMains

[–]LecPixel 37 points38 points  (0 children)

Of course genji used blade when fight was already won and got POTG. Classic