Recent content by Suraj M

No OP these videos are to prove that the acceleration due to gravity is equal on all objects irrespective of their mass, which is true but the total acceleration would be equal in a vacuum In the case of the video the height isn't enough for you to notice the difference in velocities You might...

Meiosis 2 and metaphase are almost the same. What do you mean by height of the sister chromatids?

Do you think this is actually true? There is another condition that you are missing for them to reach the ground at the same time Watch this

The component of gravitational force perpendicular to the inclined plane? Did you consider that? Relate that to the tension

What does Aeg mean? Is that relative acceleration?

I'm not sure if I understand what you've tried to do But start by calculating the pseudo force on the block due to the elevators Motion and also the other forces on it. I think you can proceed from there. You say you've got 3 answers Unless you state what were your answers, how should we judge...

So that clears it out for you?

I don't think there is a term like Darwinian mutation, it's Darwinian Variation, I thinks that's what is throwing you off. They aren't saying that the mutation is directional.

Manganide? Carbonide? Phosphide? If you have a doubt make a search on the name you thought off and see if it corresponds to the given compound.

Since it's in free fall along the plane I think you should take a pseudo force along that line of motion(##mg\sin\theta##) Extend the length of the pendulum and label ##\alpha## I think you can proceed from there.

Could you draw a diagram to represent those forces on the bob,?

Exactly so the formula for frictional force is? Do you thing myu*g represent the frictional force now?

Identify the forces on the pendulum bob through components of mg using theta

Myu*g? What is that suppose to be? Don't just apply the formula you've learnt, Identify the normal force

Decide between 1 and 2 then