HamroCSIT Logo
HAMRO CSIT
  • Course New
  • Entrance
    • Entrance Preparation
    • MCQ Questions
    • Colleges
    • Entrance Class
    • Entrance Books
    • Free Entrance Video Course
  • Semester
    • First Semester
    • Second Semester
    • Third Semester
    • Fourth Semester
    • Fifth Semester
    • Sixth Semester
    • Seventh Semester
    • Eight Semester
  • Questions
  • Subscription Automated
  • Notices
  • Articles
  • More
    • Ask Question
    • College Ambassadors
    • Financial Support Program
    • Contribute
    • Contact Us
Login Register
Hamro CSIT User Account
  • Sign In
  • Create Account


Shape | Hamro CSIT Shape | Hamro CSIT Shape | Hamro CSIT Shape | Hamro CSIT

MCQ Questions

  • View All MCQ Question's Explanation
Search
subject
Order By
Reset
A charged particle moves along the axis of a current carrying solenoid. It experiences

0% Students have submitted correct Answer.

0 Total 0% Correct
I hope that a school ______ for children.

0% Students have submitted correct Answer.

0 Total 0% Correct
The leader with his helpers __________ stolen the bags.

0% Students have submitted correct Answer.

0 Total 0% Correct
Those books are not yours, _________?

0% Students have submitted correct Answer.

0 Total 0% Correct
The equation of wave traveling in a string is given by 3CosΠ(100t-μ), where μ and y are in cm and t in second.  Its wavelength is

0% Students have submitted correct Answer.

0 Total 0% Correct
A source of frequency 150 Hz is moving in a direction of a person with a velocity of 110 m/s. The frequency heard by the person will be (Velocity of sound = 330 m/s)

0% Students have submitted correct Answer.

0 Total 0% Correct
In stationary wave:

0% Students have submitted correct Answer.

0 Total 0% Correct
The de-Broglie wavelength of an electron in nth Bohr orbit is related to the radius R of the orbit as:

0% Students have submitted correct Answer.

0 Total 0% Correct
Which of the following electronic transitions of the hydrogen atom gives an absorption line of highest frequency?

0% Students have submitted correct Answer.

0 Total 0% Correct
The half-life of a radioactive isotope is 5 years. The fraction of atoms decayed in this substance after 15 years will be:

0% Students have submitted correct Answer.

0 Total 0% Correct
Page navigation
  • «
  • « First
  • Page 87
  • Page 88
  • Current Page 89
  • Page 90
  • Page 91
  • Last »
  • »
Share

Share this link via

Or copy link

logoHAMROCSIT

Hamro CSIT is a comprehensive web and mobile platform that provides B.Sc. CSIT students with resources like notes, syllabi, question banks, solved past papers, practical files, and free entrance preparation materials — all in one place.

  • [email protected]
Semester
  • First Semester
  • Second Semester
  • Third Semester
  • Fourth Semester
  • Fifth Semester
  • Sixth Semester
  • Seventh Semester
  • Eighth Semester
Links
  • About Us
  • FAQs
  • Sitemap
  • Privacy Policy
  • Terms and Conditions
  • College Ambassadors
  • Financial Support Program
Hits Counter
20179512
Google Play App Store
Follow Us

Copyright 2026 | HAMROCSIT | All Right Reserved

Official Payment Partner Esewa Logo
Seventh Sem Discount - Limited Spots

HAMROCSIT.COM

Copyright 2024 | HAMROCSIT.COM | All Right Reserved - Nymna Technology