- (A) The electric intensity is a vector quantity
- (B) The electric field intensity at a point is numerically equal to the force exerted upon a charge placed at that point
- (C) An electric field is defined as a point in space at which an electric charge would experience a force
- (D) Unit field intensity in the exertion of a force of one newton on a charge of one coulomb
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- (A) non-magnetic substances
- (B) diamagnetic substances
- (C) ferromagnetic substances
- (D) none of the above
- (A) resistance of the coil
- (B) motion of the magnet
- (C) number of turns of the coil
- (D) pole strength of the magnet
- (A) will be zero
- (B) will be infinite
- (C) will depend on the amount of e.m.f. applied
- (D) will depend on the radius of the circle
- (A) 240 N
- (B) 24 N
- (C) 2.4 N
- (D) 0.24 N
- (A) 2500 AT/m
- (B) 250 AT/m
- (C) 25 AT/m
- (D) 2.5 AT/m
- (A) 100 N
- (B) 10 N
- (C) 1 N
- (D) 0.1 N
- (A) 8 N-m
- (B) 0.48 N-m
- (C) 0.048 N-m
- (D) 0.0048 N-m
- (A) 63.38 N/Wb
- (B) 633.8 N/Wb
- (C) 6338 N/Wb
- (D) 63380 N/Wb
- (A) voltage
- (B) current
- (C) magnetic field
- (D) direction of force on the conductor
