An electron (mass m) with an initial velocity, →v=v0 ^i (v0>0) is in an electric field, →E=−E0 ^i (E0=constant>0) . Its de broglie wavelength at time t is given by (λ0 is the initial wavelength of electron)

An electron (mass m) with an initial velocity, →v=v0 ^i (v0>0) is in

1.	An electron (mass m) with an initial velocity, →v=v0 ^i (v0>0) is in an electric field, →E=−E0 ^i (E0=constant>0) . Its de broglie wavelength at time t is given by (λ0 is the initial wavelength of electron)
Answer» An electron (mass $m$ ) with an initial velocity, $\to v = v_{0}^i (v_{0} > 0)$ is in an electric field, $\to E = - E_{0}^i (E_{0} = constant > 0)$ . Its de broglie wavelength at time $t$ is given by ( $λ_{0}$ is the initial wavelength of electron)

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An electron (mass m) with an initial velocity, →v=v0 ^i (v0&gt;0) is in an electric field, →E=−E0 ^i (E0=constant&gt;0) . Its de broglie wavelength at time t is given by (λ0 is the initial wavelength of electron)

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An electron (mass m) with an initial velocity, →v=v0 ^i (v0>0) is in an electric field, →E=−E0 ^i (E0=constant>0) . Its de broglie wavelength at time t is given by (λ0 is the initial wavelength of electron)