Recent content by LemmeThink

Here's the proper statement : https://en.m.wikipedia.org/wiki/Newton%27s_laws_of_motion#Newton.27s_third_law

Hi! Could you state Newton's Third Law?

Hi! Well, let me try;) Apologies if I make a mistake! If I understand correctly, we can view the players as, well, numbers, 1,2,3,...40. All possible arrangements of these numbers corresponds to 40! . We then make pairs of 2 adjoining numbers formed from these arrangements, let's say, the 1st...

Seems to be correct.

Here you go : https://en.m.wikipedia.org/wiki/Power_(physics) Btw, loving the likes, but you don't need to give me a like for every post of mine;)

Do you know what P stands for? Is it the energy dissipated? If not, how are the two related?

And you've found...?

Hi again! Glad to see you worked out the first part. What's the second part of the question asking?

Right. So, to surmise, weight is independent of the value measured using an instrument. Thanks;)

jbriggs444, I mentioned the normal reaction earlier. What if I measure weight using a spring balance?

Hi! Are you sure? I think the difference is that part (2), weight, refers to the normal reaction on the body as opposed to simply the force of gravity acting on the body.

Do you know Faraday's law of induction?

Frankly, your work is illegible. Nonetheless, could you give me the relation between ## \vec v## and ##\vec a##, and that between ##\vec α## and ##\vec ω##?

Coulomb's law expains the interaction between two charged particles; however, further, it gives an expression for the force that acts on either one of the particles due to this interaction. So you see, Coulomb's law gives the force that acts on one of the particles, due to their mutual...

Hi! ##1)## Consider either one of the charged particles. How many forces act on it? ##2)## What is the definition of a vector?