Recent content by anumah

Thank you so much!

Thanks for your reply. It's my first time on this website and I am having a nice experience here. Please give me some more of your precious time: Let the object be originally moving with velocity 'u'. Its constant deceleration be 'a'. Then for final velocity 'v' = 10-34m/s, we can calculate...

But if the object was originally at a high speed but is now decelerating then before coming to rest, wouldn't there be a moment when its speed will actually be 10^(-34) m/s ? (If speed is Not quantized)

The De Broglie's wavelength is given by λ = h / mv h = 6.626 x 10^(-34) Js Now, if a macro-object of 6.626 kg is moving at a speed of 10^(-34) m/s then its De Broglie's wavelength comes out to be 1 meter (metre). What does it mean to have 1 meter wavelength for that object? If another object...