PHYSICS 1202 FINAL EXAM
REVIEW
9am April 27th, 2023
,Electric Charge and Electric Field
A distribution of electric charge at rest creates an electric field, E, at all points in the
surrounding space
This electric field, E, exerts a force (F = qE) on any other charge present within the
electric field
Electric Potential and Capacitance
Current, Resistance, and Direct Current
Circuits
1
, Magnetic Field and Magnetic Forces
Equations
Magnetic force, FB, acting on a moving charge within a magnetic field, B:
Units = N
FB = q v B sinθ
Magnetic force, FB, acting on a current-carrying wire inside a magnetic field, B:
FB = I l B sinθ
Torque on a current-carrying loop in a magnetic field:
Units = Nm
φ is the angle between B and the normal (line perpendicular) to the face of the loop
o τmax when B is parallel to A (90˚ to normal)
o τmax when B is perpendicular to A (0˚ to normal)
τ = IAB sinφ
Magnetic moment, µ
Units = Am2
Magnetic field, B, in the center of a solenoid
2
REVIEW
9am April 27th, 2023
,Electric Charge and Electric Field
A distribution of electric charge at rest creates an electric field, E, at all points in the
surrounding space
This electric field, E, exerts a force (F = qE) on any other charge present within the
electric field
Electric Potential and Capacitance
Current, Resistance, and Direct Current
Circuits
1
, Magnetic Field and Magnetic Forces
Equations
Magnetic force, FB, acting on a moving charge within a magnetic field, B:
Units = N
FB = q v B sinθ
Magnetic force, FB, acting on a current-carrying wire inside a magnetic field, B:
FB = I l B sinθ
Torque on a current-carrying loop in a magnetic field:
Units = Nm
φ is the angle between B and the normal (line perpendicular) to the face of the loop
o τmax when B is parallel to A (90˚ to normal)
o τmax when B is perpendicular to A (0˚ to normal)
τ = IAB sinφ
Magnetic moment, µ
Units = Am2
Magnetic field, B, in the center of a solenoid
2