Physics, asked by vishalraman480, 5 hours ago

If the potential energy of electron in Bohr's atomic model of hydrogen is taken as zero in its first orbit then the P.E. of electron in the 2nd orbit of same hydrogen atom will be (A) +6.8 eV (B) 20.4 eV (B) -3.4 eV (D) 27.2 eV

Answers

Answered by saifalam000000678

Explanation:

If the pA drawing hall measuring 30m x 15m x 5m is to be provided with illumination of 200 luxAssuming coefficient of utilization 0.5, depreciation factor 0.8, Determine the number oflamps required, their spacing, mounting height and total wattage. Luminous efficiency oflamp is 15 lumen/watt for 300 watt.dia19110F8f121111665pauseL.otential energy of electron in Bohr's atom

Previous Question

Next Question

If the potential energy of electron in Bohr's atomic model of hydrogen is taken as zero in its first orbit then the P.E. of electron in the 2nd orbit of same hydrogen atom will be (A) +6.8 eV (B) 20.4 eV (B) -3.4 eV (D) 27.2 eV​

Answers

If the potential energy of electron in Bohr's atomic model of hydrogen is taken as zero in its first orbit then the P.E. of electron in the 2nd orbit of same hydrogen atom will be (A) +6.8 eV (B) 20.4 eV (B) -3.4 eV (D) 27.2 eV