HW* Calculate the electron velocity in the second orbit of thehydrogen atom?* An electron placed in a potential of 10 volts. Calculate thespeed of this electron* The total energy of electron in the second orbit is (-3.4ev).Find the kinetic and potential energy?* A photon with energy of 5eV is emitted for electrontransition from or-bit to another. Find the wavelength ofthe emitted electromagnetic wave?* What is the frequency of the electromagnetic wave whichemitted from the electron transition from the second orbitto the first orbit?

As per bartleby guideline for more than three subpart asked only three is to be answered please…

* Calculate the electron velocity in the second orbit of the hydrogen atom? * An electron placed in a potential of 10 volts. Calculate the speed of this electron * The total energy of electron in the second orbit is (-3.4ev). Find the kinetic and potential energy?

* Calculate the electron velocity in the second orbit of the hydrogen atom? * An electron placed in a potential of 10 volts. Calculate the speed of this electron * The total energy of electron in the second orbit is (-3.4ev). Find the kinetic and potential energy?

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)

10th Edition

ISBN:9781337399128

Author:Russell E. Smith

Publisher:Russell E. Smith

Chapter2: Basic Electricity

Section: Chapter Questions

Problem 2RQ: What is an atom?

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Question

HW
* Calculate the electron velocity in the second orbit of the
hydrogen atom?
* An electron placed in a potential of 10 volts. Calculate the
speed of this electron
* The total energy of electron in the second orbit is (-3.4ev).
Find the kinetic and potential energy?
* A photon with energy of 5eV is emitted for electron
transition from or-bit to another. Find the wavelength of
the emitted electromagnetic wave?
* What is the frequency of the electromagnetic wave which
emitted from the electron transition from the second orbit
to the first orbit?

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