Recent content by phunphysics2

Homework Statement A converging lens of focal length 8.100 cm is 20.3 cm to the left of a diverging lens of focal length 6.63 cm. A coin is placed 12.4 cm to the left of the convering lens. Is the location of the coins final image to the left of the convering lens, between the lenses, or to...

Find The current through each of the resistors (see graphics) V=IR I would like for someone to please check my work to see if I have set it up correctly. No need to check actual values. Thank you!

Thank you! Let me work on that and post back in a while with my work...

I do not know where the net force is 0, nor do I know how to begin to set up a situation where I can find the net force...

thanks. I am still not exactly sure on how to set up the rest of the problem though...

I am not sure if Coulumbs law should be used or not...

Greetings Berkeman, Unfortunately there is no drawing to the problem. There are only words. In addition, I am not exactly sure what equations need to be used for this problem.

Sorry about the squaring in thr pic. I erased them after I took the pic. I checked with the answer key and my answer matched. Thank you for your time and rapid response! :)

U=kqoq/r ? Please look at the attachments. I was wondering if someone could please check my work. That is all. Thank you for your time!

A charge of -2.350 uC is located at (2.620 m, 4.495 m). and a charge of 1.670 uC is located at (-2.602 m, 0 m). There is one point on the line connecting these two charges where the potential is zero. Find this point. V=U/q and U=qV V=kq/rGreetings Physics adorers, I was wondering if someone...

I know that the order of the point charges goes as followed qb -------------------qa--------------------P

Coulomb's law is not used. My professor said to only use the E=k[q]/rsquared formula...

I don't know how to do so mathematically...

Greetings fellow physics adorers/ mathematicians, I was wondering if someone could help me with my posted problem. All the necessary details from the template are included in the screenshot on the right.

a person makes a quantity of iced tea by mixing 500 g of hot tea (essentially water) with an equal mass of ice at its melting point. if the initial hot tea is at room temperature of (a) 90 degrees celsius and (b) 70 degrees celsius, what are the temperature and mass of the remaining ice when the...