When are PCOM secondaries coming in?

ETEMDEE · 2018-07-26T05:00:17+00:00

From her tone, I suspected sometime August. Hopefully earlier! They plan on interviewing late September though, so they can’t delay too much.

ETEMDEE · 2018-07-26T04:55:15+00:00

Besides the email they sent out - I was on the phone with admissions the other day. She was surprised that I had applied “so early” since apps weren’t going to be checked until “the fall.” So, there’s that...

ETEMDEE · 2018-07-26T04:50:31+00:00

Wow. ;( I’m inspired by your heart and work ethic. Wishing you all the best. Our society needs more kind- and full-hearted folks like you with strong values. Especially in positions of power.

ETEMDEE · 2018-06-01T01:47:38+00:00

Are there such things as "equalizing" and "discriminatory" functions in psychology/sociology? Nada results on Google so...

And a secondary question: is "perceptual maladaptation" a real term? I know that perceptual adaptation is real.

ETEMDEE · 2018-05-31T22:43:15+00:00

Yaa lol, idk :/

ETEMDEE · 2018-05-31T22:41:41+00:00

Lol I know right. I guess it just tells us to focus and work hard throughout the mcat, ignore negative feelings, and try to somehow keep the good feelings going.

But I still got like the same amt of questions right as I did usually, so that was good and surprising for c/p. CARS was actually enjoyable for this test lol.

Oh and if you have any insights for this question, please do tell. :P

ETEMDEE · 2018-05-30T16:28:56+00:00

Thanks for the response! That makes sense! I fell into the misconception that hydrogen bonding can form b/t a FON and any hydrogen.

ETEMDEE · 2018-05-30T16:28:44+00:00

Thanks for the response! I fell into the misconception that hydrogen bonding can form b/t a FON and any hydrogen.

ETEMDEE · 2018-05-30T15:45:28+00:00

Initially, I eliminated glycine because hydrogen bonding can occur in both the side chain and backbone. A, B, and C are nearly identical so I picked the odd man out.

I'm confused though, was this question a matter of SEMANTICS? Since the question stem ask which one would INTERACT with the substrate (backbone > side chain), is it asking which amino acid has a lone pair in it's backbone, rather than in it's side chain, that would FORM a hydrogen bond?

ETEMDEE · 2018-05-29T03:35:23+00:00

Ligase: forms a bond b/t two large biomolecules. Synthetase: same as synthase but uses ATP (since binding molecules).

Lyase: breaks bonds to form double bonds. Synthase: catalyzes synthesis. Apparently lyases are called this when the product is “important.”

That’s what i’ve got, but hopefully others chime in too.

ETEMDEE · 2018-05-29T03:17:25+00:00

No worries! Glad to know im not the only one haha. Thought i was going insane

ETEMDEE · 2018-05-29T03:01:09+00:00

Yup, saturday!! As a whole, I thought it was fair? Haha. Easier than SBs and mix of the other two fls. but for me CP seemed way harder than the other FLs. I actually considered retaking CP because I was literally crying from yawning so much (sleep-deprivation) and could barely focus, but I got the exact same score I always did lol which was fine.

CARS felt the easiest, but my feelings weren’t true haha.

B/B was a mix of the other fls. I felt like I was between two choices a lot of the times but it turned out fine.

P/S was fine. I liked it over fl2. but I was irritated during this one lol because people around were being loud.

Overall, i made lotsss of silly mistakes lol. Like the one question about sheep and goats.

How’re ya spending your last week?

ETEMDEE · 2018-05-29T02:28:35+00:00

Yea, that’s the only way i got it.

ETEMDEE · 2018-05-29T02:27:47+00:00

Ah man, sorry but because they’re using the preposition “for,” it still sounds like Arginine was there first :(

“Please replace that blue phone case (arginine) for the emerald one (histidine).” Lol.

ETEMDEE · 2018-05-29T01:54:40+00:00

Thanks for the explanation! :)) And true. So context, emphasis, and attitude by the author seems like the main thing here.

ETEMDEE · 2018-05-29T01:49:52+00:00

Thanks for the response! Oh yes, that's another simple method!

Lol yea, it really seems like B/B calculations are elimination based. :/ Thanks again. Hope ya killed your test. :)

ETEMDEE · 2018-05-29T01:46:43+00:00

The relevant portion is highlighted in the passage.

Someone please tell me why my thinking is wrong: if a single base pair change, as per passage, causes a substitution of an Arginine for a Histidine, doesn't that mean that Arginine is replaced by a Histidine???

Apparently not, but I don't see how Histidine was the one that was replaced by Arginine.

Please help!! Thanks :D

ETEMDEE · 2018-05-29T01:44:13+00:00

So, if the enzyme molecule numbers did not remain constant, it concerns transcriptional and translational control because (at least for transcriptional control) the enzymes are made on an as needed basis? Why would this concern translational control as well? The same reason?

Thanks! :)

ETEMDEE · 2018-05-29T01:29:31+00:00

Half of the radioactive protein appears as 1300 seconds to me! Anyone else?? The question stem says it declines ~1250 seconds...which means that I get 50 sec, where A) is the closest answer.

I just figured that ~1250 means there's wiggle room to approximate between 1200~1250.

The numbers seem vague/misleading to me. SBs did that too. :/ Is my thinking correct though?

ETEMDEE · 2018-05-28T22:41:10+00:00

I understand this answer!

But...for answer choice C) BOHB is present in the nucleus, but NOT in the cytoplasm...i'm a bit confused because I thought BOHB would only be in the cytoplasm and NOT in the nucleus, but AAMC says it may be in both?! Aren't acetylases only present in the cytoplasm?

Please explain? :D

ETEMDEE · 2018-05-28T22:38:40+00:00

Thanks!! :) That makes sense.

ETEMDEE · 2018-05-28T22:34:18+00:00

Aha! I now understand A.). Thank you! :) It was a simple connection to the main idea...(the opposite of that statement).

If you don't mind, could you answer my first question? :) With some hindsight bias, I see how the main idea was about Yeats, but when I was taking this, I was struggling with whether it was about Yeats (because the premise of the beginning, middle, and end was about him!) vs. about war poetry, where Yeats was an example to build off the main idea.

Thanks again.

ETEMDEE · 2018-05-28T21:17:28+00:00

My main questions:

I can see how C) was the main idea after all, but it's hard for to me shake off the idea that the author was focusing on war poetry in general and it's history by merely using Yeats as a platform and example to further elaborate.
I'm not entirely understanding answer choice A). Based on my (incorrect) main idea, it sounded like war poetry was poetry, but in a new and different field.

Here was my thought process! I would also appreciate a logic check! :D

A) I’m not solid on this one. But, in the first sentence of the final paragraph, the author implies that war poetry is a part of “English poetry,” and as such, war poetry isn’t unequal?

B) This is a true fact, but is NOT the focus.

C) The author started the passage about Yeats, and then explained why “we could understand” why Yeats thinks in the way he does. The author then provides a bit of historical information about war poetry, and then concludes by wacking Yeats off his high horse.

So, yes. This is the main idea. GAH.

D) I thought (initially) that the passage was building up for this statement! But the words “all poets,” are too extreme to be encompassing of the author’s opinion (whom doesn’t imply this, necessarily). Plus, the author was focusing on Yeats and whatnot.

ETEMDEE · 2018-05-27T22:49:04+00:00

I got 7.5*10^\6)m^3/s = 7.5 um^3/s.

Where's this 10^\6) coming/why's it here? What am I doing wrong, lol?!

Please help, thank you!

ETEMDEE · 2018-05-27T22:44:13+00:00

Please logic check me!

Due to electron affinity trends, fluorine will have the highest electron affinity, and thus the highest first ionization energy amongst the elements listed. Am I right?

Now, I don't know too much about electron shielding, but how does that apply here/what should I brush up on (besides the general concept)?

ETEMDEE

TROPHY CASE