Is The Impulse Momentum Relationship Related To Newtons Second Law
The impulse-momentum theorem states that the rate of change of momentum of an object is equal to the impulse applied... View Article
The impulse-momentum theorem states that the rate of change of momentum of an object is equal to the impulse applied... View Article
The function of a photoelectric cell is to convert the incident light energy into electrical energy.
The inherent speed of an object is dependant on the inertia. The smaller the inertia, the greater the speed. When... View Article
When you need accurate measurements micrometres are used instead of a calliper. The least count of the calliper is 0.1... View Article
The Planck’s constant in the Heisenberg uncertainty principle is very small such that the uncertainties in position and momentum of... View Article
For the photoelectric effect to occur, the energy of the photon should be greater than the work function. When the... View Article
In interference, maxima is a point where two crests or two troughs of two different waves meet each other and... View Article
The free electrons are the carriers of charges in a metallic conductor.
A backward wavefront in Huygens theory doesn’t exist because the backward propagating waves destructively interfere with all the wavelets from... View Article
When the two waves are perfectly aligned with a phase difference of 0 degrees, we know that the given two... View Article
Kepler’s laws and Newton’s laws together imply that the force that keeps planets in their orbits by continuously changing the... View Article
A dielectric gets polarized when placed in an electric field. The field produced due to the polarization of material minimizes... View Article
The supposed energy doesn’t come from the electric field itself. The energy is a result of the interaction between charges... View Article
Damping factor is also known as the damping ratio. Damping factor is a ratio of damping coefficient to the critical... View Article
1) (1/2, 1/2) 2) (1/3, 1/3) 3) (0, 0) 4) (¼, ¼) Solution: Option (3) (0, 0) The orthocentre of... View Article
1) 0 2) √2 3) 1/√2 4) None of these Solution: Option (2)√2 On plotting the above points, we get... View Article
1) x2 + y2 + 17x + 19y – 50 = 0 2) x2 + y2 – 17x – 19y... View Article
1) (3, 6) 2) (1, 2) 3) (4, 8) 4) ( – 3, 6) 5) None of the above Solution:... View Article
1) 2 + √2 2) 2 – √2 3) 1 + √2 4) 1 – √2 Solution: Option (2) 2... View Article
1) (2, – 1) 2) (1, – 2) 3) (5, 2) 4) (2, 5) 5) (4, 5) Solution: Option (3)... View Article