Recent content by atom jana

That is why I did not call it an IQ test in the title.:smile:

http://free.ultimaiq.net/numerus_basic.htm

You are the ruler of a medieval empire and you are about to have a celebration tomorrow. The celebration is the most important party you have ever hosted. You've got 1000 bottles of wine you were planning to open for the celebration, but you find out that one of them is poisoned. The poison...

I really suck at physics, but I think that the forces exerted by the two springs should cancel each other out. So, the only thing which comes into play is gravitational potential energy. Someone please correct me if I'm wrong. Edit: I think have taken only the mass m into account.

Yes, I see you had already mentioned it.

For the first problem, the theorem which states that equal arcs subtend equal angles on a circle is applicable.

The initial kinetic energy as well as the gravitational potential energy should be taken into account.

Higher the frequency of the wave, more is the energy carried by it. A wave with higher frequency would have more energy, and thus more energy will be transferred to the electrons.

This is the key statement : The woman jumps from a bridge 24 m above the surface of water.

If we are talking about the magnetic poles, as far as I know, nothing would happen since both the poles are equally powerful, and they are virtually indistinguishable from each other. So, if the poles were interchanged, there would no effect on Earth.

To my knowledge, there's no rigorous definition of "nothing" in physics. Doesn't mean nothing is nothing, though...

Like others have, the speed of the body from B to C will remain constant since there's no force acting on it due to gravity.

I am not sure, but here's my two cents: The angle between the line of acceleration of the prism and the line of acceleration of the block is equal to 90+theta degrees. Use vectors to work out the acceleration of the block with respect to the prism.

With respect to a stationary observer, the insect is moving at a speed of 150 km/hr.

Light travels in vacuum with a constant speed which is equal to 299, 792, 458 m/s. It slows down when it travels through an optically denser medium such as glass, water, etc.