Question

QUESTION 16 Which of the followings is true? Fundamental differences between electrostatics and magnetostatics can be listed as A. All of the above. B. Divergence vs curl. C. [Wb/m/m] vs [C/m/m]. D. Electric scalar potential vs magnetic vector potential. QUESTION 17 The unit of electric flux over a closed surface area can also be given by A. [H][V]. B. [A][M]. C. [F][M]. D. [C][M]. QUESTION 18 Which of the followings is true? A. The electric field is typically independent from electric flux density under un-static conditions. B. The electric field at a distance R from a point charge is proportional to square of R. C. Potential energy is proportional to square of electric potential. D. The electric potential from a point charge q is typically proportional to permittivity.

          QUESTION 16
Which of the followings is true? Fundamental differences between electrostatics and magnetostatics can be listed as
A. All of the above.
B. Divergence vs curl.
C. [Wb/m/m] vs [C/m/m].
D. Electric scalar potential vs magnetic vector potential.
QUESTION 17
The unit of electric flux over a closed surface area can also be given by
A. [H][V].
B. [A][M].
C. [F][M].
D. [C][M].
QUESTION 18
Which of the followings is true?
A. The electric field is typically independent from electric flux density under un-static conditions.
B. The electric field at a distance R from a point charge is proportional to square of R.
C. Potential energy is proportional to square of electric potential.
D. The electric potential from a point charge q is typically proportional to permittivity.

QUESTION 16
Which of the followings is true? Fundamental differences between electrostatics and magnetostatics can be listed as
A. All of the above.
B. Divergence vs curl.
C. [Wb/m/m] vs [C/m/m].
D. Electric scalar potential vs magnetic vector potential.
QUESTION 17
The unit of electric flux over a closed surface area can also be given by
A. [H][V].
B. [A][M].
C. [F][M].
D. [C][M].
QUESTION 18
Which of the followings is true?
A. The electric field is typically independent from electric flux density under un-static conditions.
B. The electric field at a distance R from a point charge is proportional to square of R.
C. Potential energy is proportional to square of electric potential.
D. The electric potential from a point charge q is typically proportional to permittivity.

Added by Celia G.

Question

Please give Ace some feedback