Continuous Charge Distributions

[@MongoosePreservationSociety]

I've been following this channel for a few months now, purely for that intro jingle. Its fantastic

[@FlippingPhysics]

That's funny.

[@irpiyaprach9555]

I don't usually comment on people's video, but this is to good. Thanks alot!

[@FlippingPhysics]

You are welcome!

[@felunia.]

finally i understand this. thanks for your video

[@FlippingPhysics]

Glad it helped!

[@bananamilk.__.4344]

where can I find a video on the electric dipole moment? can I have the link please:)

[@FlippingPhysics]

Sorry, I do not have a video about electric dipole moment.

[@bananamilk.__.4344]

@@FlippingPhysics its alright thanks for replying!! i love ur videos

[@freaking-gamerzarena5996]

I have a doubt please help me to get the answer. - River boat centre of mass - Note - boat length is high i.e. 20m. Mr. J can't swin The question is Mr. J is standing on the right end of the boat and on the left of the boat is the dock (boat touching the dock). if Mr. J move towards dock boat moved to the right ( i.e. it shifted too much and Mr. J can't jump on the dock ) . Then how Mr. J can reach the dock ? Is it possible that the boat does not shift too much ? Please read the note before reading the question and the question is good or illogical?

[@carultch]

It's a simple matter of mass ratios, and conservation of center of mass. Suppose Mr J is 100 kg, and the boat is 10,000 kg. For every meter Mr J moves to the left, the boat would move 1 cm to the right (these numbers are displacements relative to the dock). The boat would move just 20 cm to the right, and Mr J's foot is longer than that, so he could easily walk across that as long as he keeps an eye out for the trip hazard. But if the boat itself were only 100 kg, then it would move as far to the right, as Mr J moves to the left, relative to the dock. There would be a 10 meter gap between the boat and the dock, by the time Mr J gets to the left end of the boat.

[@mrlaith5032]

what is unit vector r?

[@FlippingPhysics]

This video of mine talks about unit vectors: www.flippingphysics.com/component-unit-r-position.html

[@Itachi_uchiha1906]

These people are for me, I feel them like my friends 🫂🥰🤩

[@FlippingPhysics]

Wonderful!

[@Itachi_uchiha1906]

@@FlippingPhysics 😊