Advertisements
Advertisements
Question
Choose the correct answer from given options
The graph showing the correct variation of linear momentum (p) of a charge particle with its de-Broglie wavelength (λ) is _____________.
Options
Advertisements
Solution
The relation between de-Broglie wavelength and the momentum is:
`lambda = h/p`
⇒ `p = h/lambda`
By the above relation, we can conclude that the graph between the momentum and the de-Broglie wavelength is a rectangular hyperbola.
Hence, the correct answer is
APPEARS IN
RELATED QUESTIONS
Mass of a particle depends on its speed. Does the attraction of the earth on the particle also depend on the particle's speed?
The magnitude of linear momentum of a particle moving at a relativistic speed v is proportional to ______________ .
If the speed of a particle moving at a relativistic speed is doubled, its linear momentum will _____________ .
A rod of rest length L moves at a relativistic speed. Let L' = L/γ. Its length
(a) must be equal to L'
(b) may be equal to L
(c) may be more than L' but less than L
(d) may be more than L
A 100 W bulb together with its power supply is suspended from a sensitive balance. Find the change in the mass recorded after the bulb remains on for 1 year.
An electron and a positron moving at small speeds collide and annihilate each other. Find the energy of the resulting gamma photon.
Through what potential difference should an electron be accelerated to give it a speed of (a) 0.6c, (b) 0.9c and (c) 0.99c?
Find the speed of an electron with kinetic energy (a) 1 eV, (b) 10 keV and (c) 10 MeV.
What is the kinetic energy of an electron in electron volts with mass equal to double its rest mass?
Find the speed at which the kinetic energy of a particle will differ by 1% from its nonrelativistic value \[\frac{1}{2} m_o v^2 .\]
