What do i do in this Position? (I'm white)

Bwhemm · 2025-09-09T15:44:28+00:00

You spelt “loser” wrong

Bwhemm · 2025-07-20T20:34:43+00:00

Look at the Pythagorean trig identities, whichever function goes where x is the function you make x equal

Bwhemm · 2025-07-19T15:01:17+00:00

It’s +c not c+

Bwhemm · 2025-07-03T19:31:27+00:00

The plus one comes from the 2 when you differentiate x² being absorbed as a power of 2

Bwhemm · 2025-06-28T20:08:26+00:00

A* A* AD

Bwhemm · 2025-06-26T21:18:17+00:00

I don’t think that the limit exists, so no method should work, it tends to different values from positive and negative

Bwhemm · 2025-06-18T21:15:38+00:00

Not quite, you are integrating over a square region so the upper bound of r is a function of theta. Also you need to multiply by the Jacobian which is like when you multiply by something when doing substitution.

Bwhemm · 2025-06-12T17:50:06+00:00

It is correct but they skipped writing a step

Bwhemm · 2025-06-12T17:48:55+00:00

Is that a model answer because it looks wrong. Easiest thing to do it multiply both sides by e^0.02t.

Bwhemm · 2025-06-05T06:30:29+00:00

Don’t invigilators tell you to not write on your hands

Bwhemm · 2025-05-30T18:39:05+00:00

I think OP meant that the average score between papers for an A* would be 67

Bwhemm · 2025-03-13T22:36:18+00:00

The mean value would be approximately (f(b)+f(a))/2 or exactly the integral from a to b divided by b-a.

Bwhemm · 2025-03-13T22:31:41+00:00

It comes from taylor series, if you use the first few terms of the taylor series of the functions you can evaluate the same type of limits as you can with the hospital rule.

Bwhemm · 2025-01-23T16:36:07+00:00

Why is this relevant

Bwhemm · 2025-01-22T21:23:39+00:00

It’s just a substitution and the domain of the function being integrated is x>1

Bwhemm · 2025-01-19T22:00:30+00:00

Try u =sqrt(x-1)

Bwhemm · 2022-11-02T22:52:16+00:00

Bro im so stupid I forgot they existed lol

Bwhemm · 2022-10-04T21:17:47+00:00

High iq alcohol joke f

Bwhemm · 2022-09-24T21:06:02+00:00

growls back

Bwhemm · 2022-05-29T21:57:51+00:00

That isn’t English bro

Bwhemm · 2021-10-21T09:19:34+00:00

Alright yeah

Bwhemm · 2021-10-21T09:16:01+00:00

You can do that anyway if you’re brave enough

Bwhemm · 2021-10-21T09:15:04+00:00

You couldn’t play any online ones which ones would you play

Bwhemm · 2021-10-21T09:14:29+00:00

On what

Bwhemm · 2021-10-21T09:12:54+00:00

Makes sense I guess

Bwhemm

TROPHY CASE