I got a physics problem right

[The artist formally known]

Holy shit I rule.

Physics is pretty thought intensive, everyone in our class seems to be struggling

[Veal]

Physics was the easiest class I took in my entirety of high-school.

maybe you need a better teacher

[[REDACTED]]

i'm taking calculus-based physics next year
algebra-based physics is actually harder because you have to derive the formulas without any knowledge of the actual calculus involved in physics

[ncba93ivyase]

The less I understand what I'm doing, the more problems I can unintentionally solve.

Our physics teacher is terrible and will spend a whole class period on a single simple problem and draw it out to be 15 times longer than it needs to be, and then slaps us with homework that's infinitely harder. Only about 2 people ever pay attention, and only one of them knows what to do more than 90% of the time.

we're all lost

Physics was the easiest class I took in my entirety of high-school.

maybe you need a better teacher

reefer is in college

[Daddy]

F=MA

[The artist formally known]

i'm taking calculus-based physics next year
algebra-based physics is actually harder because you have to derive the formulas without any knowledge of the actual calculus involved in physics

Once you take Calculus you'll laugh at the placement of the word derive.

[Veal]

Once you take Calculus you'll laugh at the placement of the word derive.

He's taken calculus, he used that word on purpose.

[The artist formally known]

Three blocks are connected on the table. The table is rough and has a coefficient of kinetic friction of 0.300. The objects have masses of 4.00 kg, 1.00 kg and 2.00 kg, as shown, and the pulleys are frictionless.

F=MA

Here is the problem I did 

Ʃf₁=-m₁g+t=m₁a
t=m₁a+m₁g
t=m₁(a+g)

Ʃf₃=-t₂+m₃g=m₃a
t₂=m₃g-m₃a
t₂=m₃(g-a)

Ʃf₂=-t+t₂+f_k=m₂a
-t+t₂+μ(m₂g)=m₂a
-m₁(a+g)+m₃(g-a)+μ(m₂g)=m₂a

a=2.38

So much room for mistakes, I may have typed it in wrong but I got it right.

[Veal]

i just realized the only reason physics was so easy was because i had the best teacher ever.

since none of that means anything to me anymore.

[guff]

Once you take Calculus you'll laugh at the placement of the word derive.

uh no not really given that while the noun is derivative, the verb is differentiate 

[Walter]

You sure that's the right answer?

[The artist formally known]

You sure that's the right answer?

Yes, I submitted it into an online website that tells me if it's right or wrong.

[superclucky]

Three blocks are connected on the table. The table is rough and has a coefficient of kinetic friction of 0.300. The objects have masses of 4.00 kg, 1.00 kg and 2.00 kg, as shown, and the pulleys are frictionless.



Here is the problem I did 

Æ©f₁=-m₁g+t=m₁a
t=m₁a+m₁g
t=m₁(a+g)

Æ©f₃=-t₂+m₃g=m₃a
t₂=m₃g-m₃a
t₂=m₃(g-a)

Æ©f₂=-t+t₂+f_k=m₂a
-t+t₂+μ(m₂g)=m₂a
-m₁(a+g)+m₃(g-a)+μ(m₂g)=m₂a

a=2.38

So much room for mistakes, I may have typed it in wrong but I got it right.

we did those type of problems 4 weeks into our physics class

i dropped out yay!

[The artist formally known]

we did those type of problems 4 weeks into our physics class

i dropped out yay!

I'm four weeks into my class too.

[Walter]

Yes, I submitted it into an online website that tells me if it's right or wrong.

Im confused. You minus the frictional force and the force of the 2 kg block from the force of the 4 kg block? Then divide it by...6? I got 2.77.