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14 questions
A 2.0 m long wire carrying 10 A of current moves through an 6.0 T magnetic field. What is the magnetic force acting on the wire?
10 N
120 N
0.5 N
2 N
A 6.0 C charge with a mass of 0.20 kg is moving with a speed of 2.5 m/s. It enters into a magnetic field of 3.0 T and begins to move in a circle. What is the radius of curvature of the path the charge follows in this field?
45.0 m
.028 m
.139 m
36 m
Two long parallel wires carry currents in opposite directions. The top wire carries a current to the left, while the bottom wire carries a current to the right. The wires are not touching. Do the wires attract each other or repel?
Attract
Repel
In what direction is the electric current flowing according to right hand rule 2?
Up
Down
Left
Right
In the diagram above, a wire carrying an electron current into the page, as denoted by X, is placed in a magnetic field. The magnetic field exerts a force on the wire toward point
A
B
C
D
Describe the direction of the forceof the charge gets deflected at in the diagram above
up
down
left
right
Describe the direction of the force of the charge gets deflected at in the diagram above
out of the page
into the page
left
right
Describe the direction the charge gets deflected at in the diagram above
out of the page
into the page
left
right
Describe the direction of the force of the charge gets deflected at in the diagram above
up
down
into the page
no deflection
A 2 C charge moving at 15 m/s enters into a magnetic field of strength 5 T. What is the maximum force experienced by this charge?
150 N
150 N into the page
360 N
360 N out of the page
A 5 C charge moving at 6 m/s toward the bottom of the page encounters a 12 T magnetic field pointed toward the right of the page. What is the magnetic force acting on the charge?
150 N
150 N into the page
360 N
360 N out of the page
A positive charge moving toward the bottom of the page encounters a magnetic field pointed toward the right of the page. What direction does the charge get pushed?
up
down
into the page
out of the page
A 5 C charge moving at 3 m/s toward the right of the page encounters an unknown magnetic field. The charge experiences a force of 30 N upwards. What is the magnetic field strength on the charge?
450 T right
2.0 T out of the page
2.0 T into the page
450 T left
A positive charge moving toward the right of the page encounters an unknown magnetic field. The charge experiences a force up the page. What direction is the magnetic field?
into the page
out of the page
up
down
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