[ SECRET POST #3115 ]

[case]

⌈ Secret Post #3115 ⌋

Warning: Some secrets are NOT worksafe and may contain SPOILERS.

01.


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02.
[Tom Selleck]


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03.
[Kylie Bunbury]


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04.
[My Life as a Teenage Robot]


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05.
[The Raid 2]


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06.
[Ore Monogatari]


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07.
[noel fielding]


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08.
[Matsumoto Jun, Arashi]


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09.


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10.
[The Quiz Broadcast (That Mitchell and Webb Look)]








Notes:

Secrets Left to Post: 02 pages, 027 secrets from Secret Submission Post #445.
Secrets Not Posted: [ 0 - broken links ], [ 0 - not!secrets ], [ 0 - not!fandom ], [ 0 - too big ], [ 0 - repeat ].
Current Secret Submissions Post: here.
Suggestions, comments, and concerns should go here.

Comments

[loracarol]

Is there anyone here that understands physics

BECAUSE SURE AS HELL DON'T

AND I HAVE A FINAL TOMORROW

thank god for a 50% = C curve

/rant

[(Anonymous)]

50% grading curve? Jeesh.

[loracarol]

Yep. 50% = C. Considering that this is a four week summer course though... I'm not complaining!

[(Anonymous)]

You can do it, loracarol! Kick the shit out of that final!

[nightscale]

I can't help you with physics as I was lucky to pass that in my Science GCSE, BUT KICK THE SHIT OUT OF THAT FINAL LORA, YOU CAN DO IT.

Good luck!

[(Anonymous)]

Write out all of your assumptions and write out any equations that may be relevant. Show your work - even if you can't solve the problem (or you come up with the wrong solution), you might get partial credit. And diagrams can help.

Also,
Force = mass x acceleration (or more specifically, the change in the velocity vector over the change in time)
KE(i)+ PE(i)= KE(f)+ PE(f) => 0.5mv(i)^2 + mgy(i) = 0.5mv(f)^2 + mgy(f)
are good basic principles to keep in mind.