worst fucking mandatory 60 dollars I have ever had to spend
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Phi Kappa Chi ΦΚΧ <a:yeah:589703000977571860><a:ppHop:536353159615086612>
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Friday, October 21, 2016
only $60? lucky you
I suppose that could have also been worse
came bundled with my textbook
Apparently
matering chemistry and mastering engineering are just as bad
http://imgur.com/XlDPG9K
I think MasteringEngineering is actually trying to fuck with me...
Imgur: The most awesome images on the Internet.
imgur.comApparently
mastering physics was so bad, that there was a program which would auto get you the solution simply by requesting it
thats really crappy webdesign
I was half expecting when I pulled up the code to just see the correct response
sadly, I am not seeing it
HAHAHA
WHAT
I told you
autistic fucking robots
I am dying
holy shit
SO THIS TIME YOU ARE SUPPOSED TO REDUCE IT AS FAR AS POSSIBLE
this is fucking hilarious
How is that even reduction
it has more terms than my equation
and is more complex
its in terms of tan(a)
i guess
you should go to office hours and personally show your instructor
have them try to make it work
I should
I think I am done laughing
That was a waste of an hour
If I had time to meme
I would meme this
so fucking hard
but I have no time to me
I would give you a B for effort
but you need to fully reduce
that was 0 effort
oh sorry
fixed it
@Phijkchu_Pikachu
Man, this is probably hurting my midterm grade tomorrow more than it is helping
but this bullshit is like, 15% of my grade
Want to know something better
one question wants you to use integration, something which is not taught in my calc class for another month
and I have a higher level calc class than most of the other physics students
since I am in math physics
what type of integration?
pikachu
I have not been taught intergration
you must sacrifice team phijkchu
I jsut know it is a type of integtrationg
to master physics
are you taking an area or computing an equation?
equation
in order to not fail your class
do derivatives backwards to integrate
idk how to do that
I have a rough idea of how
but I have not been taught anything about how to do that
you have the result of a derivative, figure out what would have resulted in it
multiply by x and by what the x exponent will equal
v0 = 3mg/k
a(t) = mg-kv
v(t) = v0+a(t)*t
tada
you just need to get the velocity out of the acceleration component first
no integration needed
Not if you are a mastering physics question my friend
In mastering physics land, everything is wrong, and some things are right
do you get steps?
i don't see where the three goes or where the exponent comes from
From mastering physics
