Zayan's latest activity

👍 I get the same result. I found the calculation to be fairly tedious. Easy to slip up.

Thanks bruh🙏🏻

I used the approximation from the 3,4,5 triangle. Also, no I am not familiar with lagrangian mechanics I'm still in HS. Here's the...

I lowkey got the answer after trying 10 times. T= (690/361)mg. Can someone confirm

ok I quit:)

Brother your notation is killing me even more. Can't I do something simpler like finding the components of the velocity to get the...

How do I conserve the energy. There is also vertical velocity so shouldn't dy/dt also be taken into account

With respect to what do I write the coordinates? The bead is moving itself and if I wanted to write the coordinates wrt let's say, the...

I can't figure out how to find the velocity of the particle at 37 degrees. Basically the bead moves with velocity towards right let's...

Makes sense. Also, upon further inspection I think I forgot that when B is accelerating, there is also normal force between A and B...

The diagram is below . My approach is first finding acceleration of block C and hence B because it would be equal. So writing...

I also said "etc", implying there are more measurements that I didn't type.

] Let's say that I had some data with 2 significant figures, and 1 decimal place, eg, 9.2,9.6, etc. Now I calculate the mean value and...

Area is L*B. A=L*B Take natural log on both sides, lnA= lnL+lnB Take differential on both sides, (1/A)dA= (1/L)dL + (1/B)dB. Thus...

Also, I'm not sure whether we should be assuming the mean value to be the arithmetic mean of the upper and lower limits. So rounding off...