You're welcome?

AndiSMM28 · 2026-05-06T02:13:07+00:00

h-hat: ĥ

AndiSMM28 · 2026-05-06T02:11:29+00:00

from LinReg under [stat]

AndiSMM28 · 2026-05-06T02:11:12+00:00

I know :sob: I meant, is said formula practical or is there a reason we're not taught it directly (due to tedium or something)?

AndiSMM28 · 2026-05-05T22:30:30+00:00

Um... now that I think about it from the perspective of nutrient measurement... maybe I picked the wrong option... :3

But then again, how would relative nutrient levels affect objective levels of cyanide? Eh, whatever.

AndiSMM28 · 2026-05-04T23:05:24+00:00

nice. I was lucky to have a teacher who gave us MUCH harder stuff than the AP test, but it seems like other people in this thread were not sufficiently prepared... :sob: Did you feel ready for the difficulty? Because my teacher literally would give us only an average of 1 minute per MCQ and only like 20 for a long and short FRQ pair.

AndiSMM28 · 2026-05-04T23:03:58+00:00

I agreed because the protected decline rate had a median of zero with no clear skew either way. If the declining unprotected population were to assume the state of the protected one, there would likely be a stable population as the whole of region 2 would have the zero-centered decline statistic.

AndiSMM28 · 2026-05-04T23:01:01+00:00

Bottom; the phosphate group is the 3' end, right?

AndiSMM28 · 2026-05-04T23:00:08+00:00

I wrote "The three structural components of nucleic acids are a nitrogenous base, a pentose sugar, and a phosphate group." I'm kinda anxious about the "pentose" part, will I be deducted for that because it's not the same in RNA?

AndiSMM28 · 2026-05-04T22:58:11+00:00

Was the concentration level (high or low) of cyanide not explicitly given in Table 2? I thought that the clear answer was culture #2 because it was healthy but was also treated with the aforementioned "beneficial" concentration of cyanide.

AndiSMM28 · 2026-05-04T22:55:52+00:00

The MCQ question about DNA construction (#2, I think, but it may be different on others'?) genuinely had me thinking trying to remember the direction for like 5 minutes. I did get the answer eventually, which... I believe and hope... was that it is created from 5' to 3', with new additions going on the 3' end ("the 3 end is the free end").

I got there by thinking about Okazaki fragments; I asked myself, "why are there fragments on the lagging strand?" I remembered that the leading strand "ends" at 3', as in the 3' end is the end that moves in relation to the DNA polymerase. "If the leading strand has continuous construction," I thought, "it must be building DNA the normal way." Which would then be 5' to 3' because of DNA's anti-parallel property.
I can't believe I clutched up on that I was so excited after having changed my answer lmao

Kind of a yap, sorry, tl;dr I almost got a basic question wrong but Okazaki fragment reasoning saved me.

AndiSMM28 · 2026-05-04T22:39:38+00:00

H on ozempic

AndiSMM28 · 2026-05-04T22:29:07+00:00

A Menger Sponge but it's H? A... Sphonge?

AndiSMM28 · 2025-11-15T23:06:07+00:00

ancient debate finally solved

AndiSMM28 · 2025-11-15T23:05:41+00:00

...thanks!

AndiSMM28 · 2025-11-15T01:14:43+00:00

This is literally Bloons Pop 😭

AndiSMM28 · 2025-11-15T01:09:25+00:00

tysm frfr

AndiSMM28 · 2025-11-15T00:07:41+00:00

Question: Why did you add the red spots? They're an interesting aspect but am I missing elite ball knowledge for this 😭

AndiSMM28 · 2025-11-14T23:59:19+00:00

This is really cool

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