M Dash Foundation: C Cube Learning

Category: Courses I developed

  • Physics midterm preparatory exam, (+2) 2nd year, C.B.S.E. and state boards.

    Physics midterm preparatory exam, (+2) 2nd year, C.B.S.E. and state boards.

    PART-A Answer all the following questions, 1 mark each, 1 X 10 Question 1 Which of the following is a vector? A. An electric dipole’s electric potential          B. An electric dipole’s charge C. Electric current                                                D. Electric current density Question 2 Which medium will have a stronger electrostatic force between…

  • Physics midterm preparatory exam, ISC-II, C.I.S.C.E.

    Physics midterm preparatory exam, ISC-II, C.I.S.C.E.

    PREPARATORY CLASS EXAMINATION FOR MIDTERM – 2013 (16 Aug 2013) PHYSICS PAPER I (THEORY) (Three hours) Candidates are allowed additional 15 minutes for only reading the paper. They must not start writing during this time Answer all questions in Part I and eight questions in Part II, choosing two questions from each of the three…

  • Physics class tests for junior college, –III

    Physics class tests for junior college, –III

    Physics class tests for PUC, ISc, XII in the CBSE, ICSE (CISCE), State boards. Subject: Physics                                          Test: Class test — III Class: PUC — II (also good for ISC — II) date: 5th August 2013. Time: 55…

  • Physics class tests, XII/ICSE/CBSE

    3. Why Ka and Kb lines are produced (chose only one appropriate answer) A. electronic transitions B. Atomic collisions C. Radioactive decay D. Nuclear transmutation 4. Exactly why there is quantization of physical variables such as momentum, angular momentum, energy, orbital distance and speed? A. wave-particle duality B. Interference of waves C. Particle acceleration to…

  • Physics class tests for XII/ICSE/CBSE

    Question 1 Derive potential due to an electric dipole in a general direction making an angle J with dipole axis. Use E = -dV/dr to obtain E in general direction. Question 2 Derive electric field in the end-on and broad-on position for a dipole vector P = p 2Q.a, where P is the vector and…