Megabrains

[Megabrains @MegabrainsDEV]

@ashmit105 How long did this take? 😂

[Megabrains @MegabrainsDEV]

@ashmit105 No wonder AI video models only make videos for like 15 seconds. AI consistently fails at text within videos and sometimes images.

[Megabrains @MegabrainsDEV]

@ashmit105 Right now, AI doesn’t seem good for true video generation or even image generation. Audio seems weird and it always LOOKS ai generated.

[Megabrains @MegabrainsDEV]

@NVIDIAGeForce #007FirstLightRTX

[Megabrains @MegabrainsDEV]

@ashmit105 @X Is that a PCB editor

[Megabrains @MegabrainsDEV]

@discord_support

The PhODs Discord Server recently got hacked and a new server phodsv2 was made. However, discord thinks that the new server has broken rules. Can you please fix this?

[Megabrains @MegabrainsDEV]

@grok

solve these two parts

[Megabrains @MegabrainsDEV]

@grok What is v and e_1

[Megabrains @MegabrainsDEV]

@grok
A small brick is squeezed between two parallel
planes in zero gravity. The planes are perpendicular to the 𝑧-axis. The lower plane is moving with constant velocity 𝑢1 along the 𝑥-axis, whilst the upper one
is moving with constant velocity 𝑢2 along the 𝑦-axis. help.

[Megabrains @MegabrainsDEV]

@grok Explain the conserved quantity thing what is equal to u1 - u2

[Megabrains @MegabrainsDEV]

@grok can you explain part b

[Megabrains @MegabrainsDEV]

@grok

[Megabrains @MegabrainsDEV]

@grok

[Megabrains @MegabrainsDEV]

@grok @grok please respond

[Megabrains @MegabrainsDEV]

@grok
A homogenous magnetic field is oriented in the +z direction with strength B_0. Two super conducting spheres each with radius R are placed in the magnetic field at a distance of L away from each other where L >> R on the x axis. Find the interaction force between spheres.

[Megabrains @MegabrainsDEV]

@grok Do you have a better approximation? (perhaps if the spheres were a bit closer together but the length was larger than radius R) (perhaps a solution that considers b fields due to the other sphere that changes magnetic moment of one sphere)

[Megabrains @MegabrainsDEV]

@grok Can you explain T2 part b

[Megabrains @MegabrainsDEV]

@grok
Solve T1, T2, and T3 of this problem

[Megabrains @MegabrainsDEV]

@grok Is the book wrong? Even if you add parallel capacitors, effective capacitance increases and reduces power right?

[Megabrains @MegabrainsDEV]

@grok Fact check this: shouldn’t power delivered to load decrease if you increase capacitance of the AC strongly inductive Circuit? My reasoning: Increasing capacitance decreases inductive capacitance which increases impedances and decreases power.

[Megabrains @MegabrainsDEV]

@grok Bro if X_C decreases then doesn’t X_L - X_C get bigger ?? For example if X_L = 10 and X_C = 3 and if we decrease X_C, X_L - X_C gets bigger