JEE Physics Online Test Dual Nature Of Radiation And Matter Set E

Refer to JEE Physics Online Test Dual Nature Of Radiation And Matter Set E below. Students of JEE Physics can do the below online test and refer to the full list of free JEE Physics Mock Online Test provided below. These online Mock tests for Physics in JEE have been designed based on the pattern of questions expected to come in the upcoming JEE examinations and the latest syllabus issued by JEE (Main), NCERT and KVS and to help students strengthen their understanding of key topics. We have also provided MCQ Questions for JEE Physics with answers for all topics.

Online Mock Test for JEE Physics Dual Nature Of Radiation And Matter

In the online practice Mock test for Physics Dual Nature Of Radiation And Matter you can see the list of questions below with options out of which you have to select one correct answer and after completing the test you can check your answers and score. This mock test will help JEE students to check understanding of all topics in Dual Nature Of Radiation And Matter. This includes multiple choice questions from JEE Physics book to test your knowledge and boost confidence.

Dual Nature Of Radiation And Matter Physics JEE Mock Test

1. A proton is accelerated through 225 V. Its de-Broglie wavelength is

2. de-Broglie wavelength associated with an electron revolving in the nth state of hydrogen atom is directly proportional to

3. Dynamic mass of the photon in usual notations is given by

4. An electron and a proton have same kinetic energy. Ratio of their respective de-Broglie wavelength is about

5. If the energy of a photon is 10 eV, then its momentum is

6. A metal surface is illuminated by the photons of energy 5 eV and 2.5 eV respectively. The ratio of their wavelengths is

7. When ultraviolet rays fall on a metal plate then photoelectric effect does not occur, it occurs by

8. If particles are moving with same velocity, then which has maximum de-Broglie wavelength?

9.

10. If we consider electrons and photons of same wavelength, then they will have same

11. An electron of mass m, when accelerated through a potential difference V, has de-Broglie wavelength X. The de-Broglie wavelength associated with a proton of mass M accelerated through the same potential difference, will be

12. A particle of mass 1 mg has the same wavelength as an electron moving with a velocity of 3 x 106 ms-1. The velocity of the particle is (mass of electron = 9.1 ÌÑ 10-31 kg)

13. Electrons used in an electron microscope are accelerated by a voltage of 25 kV. If the voltage is increased to 100 kV then the de-Broglie wavelength associated with the electrons would

14. If the momentum of an electron is changed by P, then the de-Broglie wavelength associated with it changes by 0.5%. The initial momentum of electron will be

15.

16. The work function of tungsten is 4.50 eV. The wavelength of fastest electron emitted when light whose photon energy is 5.50 eV falls on tungsten surface, is

17. In photoelectric effect, if a weak intensity radiation instead of strong intensity of suitable frequency is used then

18. The photo-electrons emitted from a surface of sodium metal are such that they

19. Find the number of electrons emitted per second by a 24 W source of monochromatic light of wavelength 6600Å, assuming 3% efficiency for photoelectric effect (take h = 6.6 x 10-34 Js)

20. If in a photoelectric cell, the wavelength of incident light is changed from 4000 Å to 3000 Å then change in stopping potential will be

21. Monochromatic radiation emitted when electron on hydrogen atom jumps from first excited to the ground state irradiates a photosensitive material. The stopping potential is measured to be 3.57 V. The threshold frequency of the material is

22. When monochromatic radiation of intensity I falls on a metal surface, the number of photoelectron and their maximum kinetic energy are N and T respectively. If the intensity of radiation is 2I, the number of emitted electrons and their maximum kinetic energy are respectively

23. The potential difference that must be applied to stop the fastest photoelectrons emitted by a nickel surface, having work function 5.01 eV, when ultraviolet light of 200 nm falls on it, must be

24.

25. A 5 watt source emits monochromatic light of wavelength 5000 Å. When placed 0.5 m away, it liberates photoelectrons from a photosensitive metallic surface. When the source is moved to a distance of 1.0 m, the number of photoelectrons liberated will be reduced by a factor of

26. A photocell employs photoelectric effect to convert

27.

28. The work functions for metals A, B and C are respectively 1.92 eV, 2.0 eV and 5 eV. According to Einstein's equation the metals which will emit photoelectrons for a radiation of wavelength 4100 Å is/are

29. The value of Planck's constant is

30. A photo-cell is illuminated by a source of light, which is placed at a distance d from the cell. If the distance becomes d/2. Then number of electrons emitted per second will be

31.

32. As the intensity of incident light increases

JEE (Main) Physics Mock online test JEE Dual Nature Of Radiation And Matter

The above link for JEE Physics Online Test Dual Nature Of Radiation And Matter Set E will help you to check your understanding of all important concepts which have been prepared based on latest JEE (Main) JEE syllabus. The free online mock tests for Dual Nature Of Radiation And Matter JEE (Main) JEE should be used by students to check their understanding. We bring here the biggest collection of Dual Nature Of Radiation And Matter JEE Physics MCQ Test to help you prepare properly and get highest rank in exams. Students can attempt the mock tests for JEE Physics as many number of times as they want and also download a passing certificate after they have cleared the online test. These mock online tests for JEE Physics Dual Nature Of Radiation And Matter have been developed by our teachers after thorough review of the latest book and based on pattern of questions in upcoming exams.

Improve your preparation with JEE Physics Online Test Dual Nature Of Radiation And Matter Set E

The Dual Nature Of Radiation And Matter mock online tests for JEE (Main) JEE Physics has been designed by our teachers to improve your understanding of this chapter. These online mock tests are structured so that it feels like real exam condition for students so that they can build their confidence and accuracy of answers. By daily practicing these MCQ based questions for JEE Physics with answers students will be able to identify key topics to focus on and improve performance. The mock tests have been updated as per the latest NCERT book for JEE Physics to help in your exam preparation.

Why choose to do JEE Physics Online Test Dual Nature Of Radiation And Matter Set E?

Daily practicing the Dual Nature Of Radiation And Matter mock tests for JEE Physics has several benefits as they help to familiarize students with important concepts and effective time management skills. Each mock test for chapter Dual Nature Of Radiation And Matter given above includes a variety of questions that  have been selected from Question Papers for JEE Physics and cover all important topics so that you have full preparation. After completing the JEE Physics Online Test Dual Nature Of Radiation And Matter Set E, JEE students can review the answers to identify mistakes and improve further. Access these free JEE online mock tests anytime and take a step closer to achieving excellence in your Physics exams.

How to do Mock Test for JEE Physics Dual Nature Of Radiation And Matter?

Follow these simple steps to attempt the test:
a. The JEE Physics Online Test Dual Nature Of Radiation And Matter Set E has 15-20 questions for JEE students as per JEE (Main) JEE Physics Sample Papers pattern.
b. Each Dual Nature Of Radiation And Matter question has four options, students of JEE must read the question carefully and choose the correct answer.
c. Answer all questions given above for JEE Physics Online Test Dual Nature Of Radiation And Matter Set E.
d. Once you have answered all the Dual Nature Of Radiation And Matter JEE MCQ based questions, click on the Submit button.
e. Your score of Online test for JEE Physics Online Test Dual Nature Of Radiation And Matter Set E will be shown instantly above.
f. To check your mistakes in MCQ based test for Dual Nature Of Radiation And Matter in Physics for JEE, scroll up and see the correct answers.
g. You can attempt the JEE Physics Online Test Dual Nature Of Radiation And Matter Set E as many times to improve your score in JEE (Main) JEE Physics exams.

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