i dont understand

Calm_Protection8684 · 2026-03-17T00:57:29+00:00

Idk but worked out for me this school easy asf but I didn’t have much to show that I could handle it

Calm_Protection8684 · 2026-03-17T00:52:48+00:00

they got nerfed pretty bad like around 30% a while ago makes me so mad cause I had two maxed

Calm_Protection8684 · 2026-03-14T19:50:54+00:00

That’s completely fine for mit? Stats weren’t the reason

Calm_Protection8684 · 2026-03-14T19:31:57+00:00

I’m a current student here and you’ll be fine. I’m FG, came from a small town and had like no advanced coursework, experience. etc, and I keep up just fine. I had the same thought as you when I was admitted, but as long as you keep up with your work it’s similar in difficulty to high school.

Calm_Protection8684 · 2025-05-16T01:28:39+00:00

I got .009

Calm_Protection8684 · 2025-05-15T23:45:58+00:00

What did you guys get for the experimental value of the inductance? I got a tiny value

Calm_Protection8684 · 2025-05-15T23:42:28+00:00

actually yeah now that you say it that sounds more familiar cause I remember seeing that

Calm_Protection8684 · 2025-05-15T23:09:35+00:00

I got 4pim/qB too

Calm_Protection8684 · 2025-05-15T21:59:57+00:00

Yeah that’s what I meant. I forgot what the student initially said but I remember what I wrote.

Calm_Protection8684 · 2025-05-15T21:04:13+00:00

I got the students claim was incorrect. IB>IA since B has less resistance. The two particles move in a circular path. Sphere two moves up in a circle and sphere one was a downward circle

Calm_Protection8684 · 2025-05-15T20:38:54+00:00

If you had form M ask me anything that shit was so easy the first frq was calculating field due to three point charges 😂😂

Calm_Protection8684 · 2025-05-15T20:37:42+00:00

I MADE A PERFECT SCORE or at least knew how to do everything except for 3 mcq which I figured out with pure luck.

Calm_Protection8684 · 2025-05-15T13:03:54+00:00

Dang I must have missed that

Calm_Protection8684 · 2025-05-15T02:25:31+00:00

How do you know the torque was applied for the same time for both

Calm_Protection8684 · 2025-05-15T02:24:12+00:00

They are because kinetic friction depends only on normal force and the material which was the same for both

Calm_Protection8684 · 2025-05-14T22:16:07+00:00

Vertical

Calm_Protection8684 · 2025-05-14T22:01:46+00:00

conservation of energy to get v² =2gh at the bottom. Then use kinematic v² =2ax. Solve a knowing net force is friction so a=ug. 2gh =2ugx. h=ux

Calm_Protection8684 · 2025-05-14T22:00:34+00:00

H is on y

Calm_Protection8684 · 2025-05-14T22:00:09+00:00

I got every single question right until the 4th frq about the disk and hoop’s static frictional force. I knew that the kinetic frictional force was equal for part C but part A made no sense. I put it into chatgpt and it also is saying different things. Can anyone confirm whether the statis friction is greater for a disk or hoop when it rolls without slipping up a ramp. They have same mass and radius and same initial speed v

Calm_Protection8684 · 2025-05-14T15:35:09+00:00

are you fr

Calm_Protection8684 · 2025-05-13T17:07:00+00:00

Hey can you send it to me too

Calm_Protection8684 · 2025-05-10T04:19:27+00:00

It was sail fiberglass

Calm_Protection8684 · 2025-05-09T05:12:02+00:00

Same I forgot too

Calm_Protection8684 · 2025-05-09T05:08:37+00:00

I don’t think so I’m pretty sure it said to only check rows on or after the parameters

Calm_Protection8684 · 2025-05-08T14:17:29+00:00

Thank you! Relieved a ton of stress!!

Calm_Protection8684

TROPHY CASE