I would assume the lighter one would but how would they hit the ground at the same time

Hmmm

Im not sure I learned this in like 4th grade so I don't really remember it all

Thanks bro

I have drawings for the four main stages but not the intermediary stages

Eh I’ll put the lighter one has less mass

god this is so difficult to answer

@Perhaps mitosis or meiosis

Mitosis

How do you know if your area under a curve when using RRAM or LRAM is an overestimate, or an underestimate? (Calculus)

Oh shit new channel Anyone wanna do my math homework 👀

what is it?

Lolol jk jk jk

oh I have this physics assignment and this bonus question

Just kidding, I just noticed we had this New channel 😂

I might know how to do this but I'll ask ya'll to compare answer. not a quiz just an assignment

Lol anyone taking calc here?

I’m lost man

no still in hs sorry

My Calc class had a 5% pass rate. <:KEK:795742276549607456>

I handed it in lol

I don't think I got it right since it was like 192m

I took calc, but i am not sure if canadian level is different from us level

I might have messed up with finding acceleration or something

It is a pretty easy question. Sorry i couldn't get to it earlier. Did you follow similar steps like i did? 👀

I put it as -7m/s/s

well I converted it to kg but don't know what you got for friction

you judge the force in the x-direction

since the puck is sliding on its own with no applied force, only friction is acting on it

I"m pretty sure the only force acting on it the friction and it's moving constantly so the final velocity should be 0

this is the steps I did

i quickly calculated it out. a-value is about -7.85 m/s2. so you should be good

looks right to me 👀

I was skeptic with the 192m but forgot it's a hockey stick

although i personally wouldn't find the time

it's an extra step that can mess up

oh I don't know how to find it without time

i'd use this equation:

I don't know how far it goes though

I assume x is distance