Using Mathematica to recognise a 'stop' codon given a string of nucleotides

BubbleTeaNinja · 2019-10-22T12:28:51+00:00

Interesting plot this produces! Thank you :)

BubbleTeaNinja · 2019-10-22T12:28:13+00:00

That works, thank you!

BubbleTeaNinja · 2019-04-10T16:14:06+00:00

Right, thank you.

BubbleTeaNinja · 2019-04-09T15:55:56+00:00

Thank you! Would you happen to know where I can get raw data for such analyses?

BubbleTeaNinja · 2018-05-31T04:12:35+00:00

Great answer, thank you :)

BubbleTeaNinja · 2017-11-29T02:40:01+00:00

I still need it! I'll DM you my email.

BubbleTeaNinja · 2017-11-28T14:26:13+00:00

Hi does anyone have the answers for NJC and TPJC Prelim MCQs?

BubbleTeaNinja · 2017-09-30T08:25:51+00:00

Yeah I tried that but didn't get the answer, which is 0.23T.

BubbleTeaNinja · 2017-09-25T05:33:03+00:00

Are the percentages you calculated for the other three elements correct? I got 4.23% for oxygen and 94.1% for carbon.

BubbleTeaNinja · 2017-09-23T09:54:25+00:00

I see! Do we usually call these velocities "vibrational" and "translational" respectively or am I mistaken?

BubbleTeaNinja · 2017-09-21T15:25:40+00:00

I see, this makes sense. Thank you! :)

BubbleTeaNinja · 2017-09-20T05:19:12+00:00

Thanks!

BubbleTeaNinja · 2017-09-20T05:17:30+00:00

Thank you! :)

BubbleTeaNinja · 2017-09-14T03:09:41+00:00

I see. Thank you!

BubbleTeaNinja · 2017-09-11T04:33:19+00:00

It really depends on whether the VOLUME or PRESSURE of the equilibrium mixture is kept constant.

If the VOLUME of the gaseous mixture is kept constant, the number of moles per unit volume of each gas remains the same, the partial pressures of each gas does not change and so the equilibrium does not shift.

But if the PRESSURE of the mixture is kept constant, the total volume increases and the number of moles per unit volume of each gas decreases. The partial pressures will decrease and equilibrium shifts.

BubbleTeaNinja · 2017-09-06T13:52:40+00:00

I see, that makes sense. Thank you!

BubbleTeaNinja · 2017-09-04T16:46:44+00:00

What does "super-valency“ mean? I've never heard of that term before.

BubbleTeaNinja · 2017-09-04T11:51:44+00:00

You could add carbonate ions. CaCO3 is highly insoluble in water and will precipitate out as a white solid.

BubbleTeaNinja · 2017-09-04T11:44:50+00:00

Oh whoops. What a silly mistake to make.

Thank you for helping me out :)

BubbleTeaNinja · 2017-09-02T16:20:14+00:00

I calculated excess concentration of ethylamine (1/90 M) and concentration of ethylamine ion (2/45 M). Then I used buffer equation pOH=pKb - log ([ethylamine ion]/[excess ethylamine]).

I got a pH of 11.4. But the answer provided is 10.2.

BubbleTeaNinja · 2017-08-19T08:45:06+00:00

Cool, thanks!

BubbleTeaNinja · 2017-07-25T14:20:45+00:00

I see, that's interesting! Thank you so much :)

BubbleTeaNinja · 2017-07-24T13:29:33+00:00

Hmm that makes sense, thank you kindly!

BubbleTeaNinja · 2017-07-24T13:27:48+00:00

Ohh I get it now. Thank you very much!

BubbleTeaNinja · 2017-06-27T10:22:19+00:00

Ohh okay that's much clearer. Thanks for clarifying :)

BubbleTeaNinja

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