Recent content by mithil03

Can anybody help ?

I got a problem in which I need to simulate the position of an object given accelerations in two dimension and rotation in the third. Integrating the acceleration values twice would give me the position in the particular dimensions, and using the angular rotation I could get the position of the...

The formula is fo/(fo+u) right ? Here you are taking u-fo in the denominator ...Am i right ?

But I am still not using the value of the distance between the two lenses at all. By the above equation I am getting the answer as -73/3 .

Homework Statement Suppose we have a microscope made out of two lenses, both with a focal length of 25mm, placed 36.5mm apart. Find how far in front of the first lens should the object be placed to assure that the image is magnified at least by a factor of 75? Homework Equations The...

Homework Statement Suppose we have a microscope made out of two lenses, both with a focal length of 25mm, placed 36.5mm apart. Find how far in front of the first lens should the object be placed to assure that the image is magnified at least by a factor of 75? One more: Suppose that...

Thanks a lot K^2. Understood this now. Could you help me with the next part of the problem please..

The question I have is: Assume a 100 kg reflective load with 1m2 area at a distance of 1 million kilometers from the surface of the sun. If the sun’s temperature is 6000K and radius is 695,000 km, find the radiation pressure exerted on the object. Find how far the load would be from its...