MDCAT Physics Chapter 12 Test

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MDCAT Physics Chapter 12 MCQ Test With Answer for Physics chapter 12 (Electromagnetic Induction)

The students can get the MCQs of Chapter 12 of Physics from this page. The MCQs of all the other chapters are also available that help the students during their preparation phase of MDCAT. The candidates can access the MCQs easily in a hassle-free manner so that they can solve them to strengthen their preparation.

MDCAT Physics Chapter 12 Atomic spectra Induction Online Test

Try the MDCAT Physics Chapter 12 Atomic spectra Induction Online Test.

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By practicing the online MCQs, the students have better insight into all the topics included in the chapter. After preparing, the students should spend the maximum time solving the MCQs. It will help the students to ace the exam with a better score. The primary purpose of providing online MCQs is to facilitate the students so they can prepare for the upcoming exam in a better way. Moreover, it is also mandatory for the students to score the maximum marks to get admission to medical and dental colleges. For further updates, keep visiting this platform. This online test contains MCQs about following topics:.

ClassName Chapter Wise Test

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a) Describe energy of photon E =hf . b) Understand the concept of photoelectric effect, threshold frequency and work function energy. c) Explain why the maximum photoelectric energy is independent of intensity where as photoelectric current is proportional to intensity. d) Describe Einstein’s Photoelectric equation 2 max 2 1 hf = mv . e) Define and explain de Broglie wavelength and use p h . f) Understand discrete energy levels of hydrogen atom and spectral lines g) Use the relation = hf = (E1 -E2 . h) Describe the production of X-rays and main features of X-rays tube. i) Identify use of X-rays. j) Explain Band Theory and its terms valence band, conduction band and forbidden band. Here you can prepare MDCAT Physics Ch 12 Electromagnetic Induction Test. Click the button for 100% free full practice test.

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  • Muhammad Hasan Ali 04 - Feb - 2024 01 Mins 04 Sec 12/12
  • Muhammad Hasan Ali 04 - Feb - 2024 01 Mins 04 Sec 12/12
  • Muhammad Hasan Ali 04 - Feb - 2024 01 Mins 04 Sec 12/12
  • Muhammad Hasan Ali 04 - Feb - 2024 01 Mins 04 Sec 12/12
  • Muhammad Hasan Ali 04 - Feb - 2024 01 Mins 04 Sec 12/12
  • Muhammad Hasan Ali 04 - Feb - 2024 01 Mins 04 Sec 12/12
  • Muhammad Hasan Ali 04 - Feb - 2024 01 Mins 04 Sec 12/12
  • Muhammad Hasan Ali 04 - Feb - 2024 01 Mins 04 Sec 12/12
  • Muhammad Hasan Ali 04 - Feb - 2024 01 Mins 04 Sec 12/12

MDCAT Physics Chapter 12 Atomic spectra Induction Online Test (MCQs With Answers)

Sr. # Questions Answers Choice
1 According to Bohr’s theory, a line in the Ballmer series arises when the electron jumps from any of the higher orbits to the orbit with quantum number: 1 2 3 4
2 In photoelectric effect experiment, stopping potential depend upon Intensity of light Frequency of light Photoelectric current Both A and B
3 electrons from the surface of a metal when: It is heated to a high temperature Radiation of suitable wavelength falls on it Electrons of suitable velocity strike it It is placed in a strong electric field
4 <div>Monochromatic light of wavelength 300 nm is incident normally on a surface of area 4 cm2.</div><div>If the intensity of light is 150 mW/m2; the rate at which photon strike the surface:</div> 2.53 × 1019 7.5 × 1019 9.1 × 1013 2.53 × 1013
5 The minimum energy required to remove an electron is called: Stopping potential Work function Kinetic energy None of these
6 Which of the following statement is true about soft X-rays? They have large wavelength They have high energy They have low energy Both A and C
7 Light of frequency 4f0 is incident on the metal of the threshold frequency f0. The maximum kinetic energy of the emitted photoelectrons is 3h f0 3/2h f0 2h f0 1/2h f0
8 The shortest wavelength of X-rays emitted from an X-rays tube depends on the: Current in the tube Voltage applied to the tube Nature of gas in the tube Nature of material of tube
9 An electron in the n=1 orbit hydrogen atom is bound by 13.6 eV. If a hydrogen atom is in the n=3 state, how much energy is required to ionize it: 13.6 eV 4.53 eV 3.4 eV 1.51eV
10 In electron microscope, we use high speed electrons because them Penetration power is higher Wavelength is smaller Frequency is smaller K.E is smaller
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