According to classical electromagnetic theory, an accelerating charged particle emits radiation in the form of electromagnetic waves. The energy of an accelerating electron should therefore, ____________.

According to classical electromagnetic theory, an accelerating charged

1.	According to classical electromagnetic theory, an accelerating charged particle emits radiation in the form of electromagnetic waves. The energy of an accelerating electron should therefore, ____________.
A.	continuously increase
B.	continuously decrease
C.	take random values
D.	be always constant
Answer» C. take random values

Discussion

No Comment Found

Related MCQs

A hydrogen atom is excited from n = 1 to n = 3. What is the value of energy absorbed by the atom?
At a given instant, say t = 0, two radioactive substances A and B have equal activities. The ratio \(\frac{{{{\rm{R}}_{\rm{B}}}}}{{{{\rm{R}}_{\rm{A}}}}}\) of their activities after time t itself decays with time t as e-3t. If the half-life of A is ln2, the half-life of B is:
According to classical electromagnetic theory, an accelerating charged particle emits radiation in the form of electromagnetic waves. The energy of an accelerating electron should therefore, ____________.
Ionising ______ has/have sufficient energy to affect the atoms in living cell and thereby damage their genetic material.
In a radioactive decay chain, the initial nucleus \(I{}_{90}^{232}\;\) Th. At the end, there are 6 α -particles and 4-β particles which are emitted. If the end nucleus is \({}_Z^AX\), A and Z are given by
In a process, temperature and volume of one mole of an ideal monoatomic gas are varied according to the relation VT = k, where k is a constant. In this process, the temperature of the gas is increased by ∆T. The amount of heat absorbed by gas is (where, R is gas constant)
A hydrogen atom, initially in the ground state is excited by absorbing a photon of wavelength 980 A. The radius of the atom in the excited state in terms of Bohr radius a0 will be (Take hc = 12500 eV-A)
If ‘M’ is the mass of water that rises in a capillary tube of radius 'r', then mass of water which will rise in a capillary tube of radius ‘2r’ is:
Electrons in atoms and molecules can change energy levels by emitting or absorbing
Atom of any element is

According to classical electromagnetic theory, an accelerating charged particle emits radiation in the form of electromagnetic waves. The energy of an accelerating electron should therefore, ____________.

Discussion

No Comment Found

Related MCQs

Reply to Comment