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Bohrs Atomic Model MCQ Questions with Answers PDF Download eBook

Practice Bohrs Atomic Model Multiple Choice Questions (MCQ), bohrs atomic model quiz answers PDF worksheet, physics test for online learning. Solve atomic spectra Multiple Choice Questions and Answers (MCQs), "Bohrs Atomic Model" quiz questions and answers for schools that offer online bachelor degrees. Learn bohrs atomic model, laser in physics, electromagnetic spectrum test prep for online colleges that offer financial aid.

"Ratio of minimum to maximum wavelength in Ballmer series is" Multiple Choice Questions (MCQ) on bohrs atomic model with choices 0.214583333, 0.233333333, 1:04, and 3:04 for schools that offer online bachelor degrees. Solve bohrs atomic model quiz questions for merit scholarship test and certificate programs for SAT subject tests. Bohrs Atomic Model Video

MCQs on Bohrs Atomic Model PDF Download eBook

MCQ: Ratio of minimum to maximum wavelength in Ballmer series is

  1. 0.214583333
  2. 0.233333333
  3. 1:04
  4. 3:04


MCQ: Velocity of electron in second Bohr's orbit as compared to the velocity in first orbit is

  1. equal
  2. one half
  3. 2 times
  4. one fourth


MCQ: Bohr's atomic model is based upon

  1. Einstein's relativistic theory
  2. classical theory
  3. planks quantum theory
  4. both b and c


MCQ: With increasing quantum number, energy difference between adjacent levels in atoms

  1. decreases
  2. increases
  3. remain constant
  4. zero


MCQ: According to Bohr's atomic model, the angular momentum of electron in nth orbit is equal to an integral multiple of

  1. 2h/π
  2. h/2π
  3. h/π
  4. nh/2π