three resistors of 100, 40.0, and 10.0 Ohms are in series with a 24.0 V power supply. what is their equivalent resistance?
(unit=Ohms)

Question

MrLonely · Answer

do you know the formula to add resistors in series?

MrLonely · Answer

$$R _{eq} = R _{1} + R _{2} + R _{3}$$ Here's this to help

bdrammeh · Answer

so wats the answer

PeterParker · Answer

its simple addition, you should try it

MrLonely · Answer

Yeah just add it, you already have everything you need.

bdrammeh · Answer

idk how

bdrammeh · Answer

pleas just tell me

MrLonely · Answer

you dont know how to add?

bdrammeh · Answer

just do it for me

bdrammeh · Answer

just do this one for me an i can try the next one

MrLonely · Answer

what are the values of resistance that is given in the problem, they give you three. Help me help you.

bdrammeh · Answer

just tell me

bdrammeh · Answer

just do the first 2

MrLonely · Answer

its 100 + 40 for the first two

bdrammeh · Answer

the answer is=150

MrLonely · Answer

yes

bdrammeh · Answer

two resistors, r1 and r2, are connected in series to a 5.00 V battery. R1 is 12.0 Oh. a current of 0.167 A flows through the circuit. what is resistance of R2? (hint: what is the total resistence in the circuit?) (unit=Ohms)

bdrammeh · Answer

wat about this one

MrLonely · Answer

what do you know about the relationship between voltage, current, and resistance?

bdrammeh · Answer

just plug it in for me and i will answer

MrLonely · Answer

$$V = \frac{ I }{ R }$$
you have to use Kirchoffs loop rule for current

bdrammeh · Answer

can u plug it in please

MrLonely · Answer

oh my bad, that the wrong equation

its
$$V = IR$$

bdrammeh · Answer

so plug it in for me please and ill answer it

MrLonely · Answer

The point is for you to learn it. what grade are you even in.

bdrammeh · Answer

11 but i dont feel like learning im in quaritine

bdrammeh · Answer

ight just give me the first two numbers

MrLonely · Answer

yeah so am I, and I'm in college

MrLonely · Answer

I had to learn this stuff while sleeping, its no even that hard

bdrammeh · Answer

smt just tell me i have to finsih this before april 17

MrLonely · Answer

Yeah I have homework too thats due tonight

bdrammeh · Answer

just plug it in for mr plrsdr

MrLonely · Answer

$$\frac{ V }{ I } - R1 = R2$$

bdrammeh · Answer

please tell me the answer

MrLonely · Answer

plug it in yourself, im done helping you

bdrammeh · Answer

Nyan Cat u dan Nyan Cat

bdrammeh · Answer

Computers

bdrammeh · Answer

ugly aaaaaaaaa

bdrammeh · Answer

stoopid