Inverse Trigonometric Functions
3 Board Physics previous year questions on Inverse Trigonometric Functions — options free on every question; 1 include the answer & explanation free, the rest unlock with PYQ Pass.
The wavelength λ of the waves associated with a moving electron and a moving proton is the same. This implies that they have the same
momentum
Given: The walvength of a moving paticle is given by de Broglie relation:
\(\lambda =\frac{\mathrm{h}}{\mathrm{p}}\) where h is Planck's constant and p is the linear momentum.
If an electron and a proton have the same wavelength \(\lambda .\)
\(\Rightarrow \frac{h}{{p}_{e}}=\frac{h}{{p}_{p}}\)
\(\Rightarrow {p}_{e}={p}_{p}\)
Hence, both have the same momentum.
The wavelength λ of the waves associated with a moving electron and a moving proton is the same. This implies that they have the same
Options are free to see. Unlock the correct answer and full explanation with Pass.
The wavelength λ of the waves associated with a moving electron and a moving proton is the same. This implies that they have the same
Options are free to see. Unlock the correct answer and full explanation with Pass.
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