If the speed of an electron in the first Bohr orbit of hydrogen is 'x', then what is the speed of the electron in the second orbit of He+?
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Answer 2.188 ×10^6m per sec ×2
Explanation:
v=v•z÷n
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Answer:
The electrons velocity in the second Bohr orbit of hydrogen is v. What is the velocity of electrons in the 4th orbit? If the speed of an electron in the first Bohr orbit of hydrogen is 'x', then what is the speed of the electron in the second orbit of He+?
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