This worked with Caitlyn, maybe this will work...

[Okeas]

HELP
Three positive point charges of q1 = 4.8 nC, q2 = 6.4 nC, and q3 = 2.4 nC, respectively, are arranged in a triangular pattern, as shown below. Find the magnitude and direction of the electric force acting on the 6.4 nC charge.
magnitude= _____ N
Ndirection= _____ ° clockwise from the +x axis.

Would appreciate an explanation on this too, I have a test on Monday and I don't know what I'm doing. This is physics any smart ppl out there?

 

[Okeas]

F electric = kc*q1q2/r^2
that's the formula if that'll help

 

[Derg]

The answer is 3 ive watched Rick and Morty I know what I'm doing

 

[Spectre8105]

I would help you, but half the fun of physics and just about any class is doing the work
G O T ' E M

 

[Okeas]

I would help you, but half the fun of physics and just about any class is doing the work
G O T ' E M

Except my teacher is shit at telling me how to do stuff so idk what I’m doing

 

[Arata Winters]

Look Okeas you aren't a girl so no one is going to help you here.

 

[Okeas]

Look Okeas you aren't a girl so no one is going to help you here.

Don’t worry I got it. It took 50 minutes for me to solve but I got it

 

[Okeas]

The magnitude of the electric force is 1.533*10^-7
and the direction is 18.4 degrees counter clockways to the x-axis.

 

[Derg]

I told you 3 was in the answer. I watch rick and morty

 

[Myth]

but...
You need to know the angle formed at charge 2 (theta) and the distances r1-2 and r3-2.

The force of 1 on 2 is:
F12 = k q1 q2 / r12^2

The force of 3 on 2 is:
F32 = k q3 q2 / r23^2

You need to add these two forces using the law of cosines, so you need the angle between them, theta.

Ftotal = sqrt (F12^2 + F32^2 + 2 F12 F32 cos theta)

I assume you can get the angle and needed distances from your drawing.

A more in depth tutorial: https://study.com/academy/lesson/magnitude-direction-of-the-electric-force-on-a-point-charge.html

If you are more an equation type of guy

OR

 

[Atlas]

this hurts my brain

 

[Myth]

Another pro tip, if it is an AP class, most worksheets are recycles by the year, if you get the publisher off the bottom of the page, and put the worksheet name in, almost EVERY SINGLE worksheet for AP physics 1-2 is online

 

[Maguku]

Another pro tip, if it is an AP class, most worksheets are recycles by the year, if you get the publisher off the bottom of the page, and put the worksheet name in, almost EVERY SINGLE worksheet for AP physics 1-2 is online

Mad lad

 

[twitch.tv/anzati1]

Google usually helps not a bunch of 12 year olds on reborn lol

 

[Dwayne]

To solve this problem I'd need to use less than 1% of my power. No thank you.

 

[Okeas]

but...
You need to know the angle formed at charge 2 (theta) and the distances r1-2 and r3-2.

The force of 1 on 2 is:
F12 = k q1 q2 / r12^2

The force of 3 on 2 is:
F32 = k q3 q2 / r23^2

You need to add these two forces using the law of cosines, so you need the angle between them, theta.

Ftotal = sqrt (F12^2 + F32^2 + 2 F12 F32 cos theta)

I assume you can get the angle and needed distances from your drawing.

A more in depth tutorial: https://study.com/academy/lesson/magnitude-direction-of-the-electric-force-on-a-point-charge.html

If you are more an equation type of guy

OR

Did you google that or do you know exactly what your doing because that is the same exact process I went through

 

[Okeas]

Another pro tip, if it is an AP class, most worksheets are recycles by the year, if you get the publisher off the bottom of the page, and put the worksheet name in, almost EVERY SINGLE worksheet for AP physics 1-2 is online

It’s not AP just basic physics

 

[twitch.tv/anzati1]

gay, just don't do math

 

[AbootZ]

I used to get high grades in math now im super low because i dont give a fuck anymore