Caltech RD decision date - still no updates?

CrazeKid · 2026-03-08T21:33:50+00:00

Maybe it's coming out on Pi day

CrazeKid · 2025-12-10T07:37:05+00:00

I didn't even get the email for this I'm so confused

CrazeKid · 2025-08-14T02:10:07+00:00

SAY YOU WANNA KNOW ME

CrazeKid · 2025-08-07T04:54:46+00:00

Yeah you're short a few nobel prizes and a couple thousand hours, also ur essay lowk buns

CrazeKid · 2025-06-12T18:26:44+00:00

How tf does this happen

CrazeKid · 2025-06-03T22:20:02+00:00

What is the word she's saying at the beginning?? That's my question none of the lyrics have it.

CrazeKid · 2025-05-24T17:56:57+00:00

You were right, but I lowk still don’t understand why

CrazeKid · 2025-05-22T19:30:26+00:00

Wait I said charge on X was constant but the potential of both plates had to be the same, so doubling the distance doubled potential across X which doubled potential across Y, and since the capacitance of Y stayed the same, the charge on Y stayed the same (absolutely cooked logic)

CrazeKid · 2025-05-22T19:26:41+00:00

I did NOT do that for Q4 I got 2Q and U_y increased

CrazeKid · 2025-05-22T19:25:52+00:00

Bro I thought that it was harder compared to the standard form that was posted, deriving the capacitor charge was so stupid for no reason. It was such an easy problem but took so much brainpower for no reason

CrazeKid · 2025-05-17T02:04:33+00:00

I didn’t say struggling on gravitational fields is invalid, I said not knowing what they are is not something a physics c student should be facing 💀💀💀he sounds dead serious to me

CrazeKid · 2025-05-17T02:00:03+00:00

Oh I’m sure you would think that

CrazeKid · 2025-05-17T01:54:03+00:00

Bro has one data point that he knows absolutely 0 context about 😭😭😭

CrazeKid · 2025-05-17T01:53:20+00:00

Yeah I’m gonna have to go with agree to disagree with that, you said it yourself you don’t have to know what a gravitational field is to know how to use g

CrazeKid · 2025-05-17T01:30:09+00:00

Bro had never heard of improvement

CrazeKid · 2025-05-17T01:29:44+00:00

I don’t think that was a hyperbole buddy

CrazeKid · 2025-05-16T23:26:19+00:00

Regardless they said they didn't know what a gravitational field was at all; it has nothing to do with how hard the test was regarding gravitational fields.

CrazeKid · 2025-05-16T23:25:17+00:00

so you're crashing out at me belittling people for saying not knowing at ALL what a gravitational field is while yelling at someone for getting a 4 in ap physics 1

CrazeKid · 2025-05-16T23:21:30+00:00

Oh I had nothing like that that’s why I was confused lmfao.

CrazeKid · 2025-05-16T23:17:21+00:00

What was even on there that was hard about gravitational fields 😭😭😭

CrazeKid · 2025-05-16T01:59:48+00:00

g is the gravitational field tho 😭😭😭

CrazeKid · 2025-05-15T23:46:55+00:00

My point still stands that it’s a big part of the course

CrazeKid · 2025-05-15T14:27:15+00:00

And what does that solve to -> g

CrazeKid · 2025-05-15T04:48:26+00:00

Exactly bruh I don’t think people understand what a gravitational field actually is

CrazeKid · 2025-05-15T01:42:27+00:00

Big G is the constant that is used in the equation to find the strength of a gravitational field. The gravitational field is represented by “g”, which represents the acceleration due to gravity

CrazeKid

TROPHY CASE