7) A primary coil is hooked up to a battery that supplies a constant current through a solenoid coil at a voltage of 1.5VDC. The primary coil has 10 turns and the secondary coil has 20 turns. If a voltage is induced in the secondary coil, determine the magnitude of this induced voltage? a) 3V b) 1.5V c) 0.75V d) 0.375V e) No voltage induced. 8) In a particular resistor hooked up to a 1.5V battery, 14Watts. What is the resistance in this resistor? a) R=6.22 Ohm b) R=31.5 Ohm. c) R=0.16 Ohm d) R=9.33 Ohm e) R=2.25 Ohm 9) What is the wave speed of a string with tension set to 10N and a linear mass density of .05kg/m? a) 14.14 m/s b) 200m/s c) 0.005m/s d) 0.707m/s e) 0.5m/s

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7) A primary coil is hooked up to a battery that supplies a constant current through a solenoid
coil at a voltage of 1.5VDC. The primary coil has 10 turns and the secondary coil has 20 turns.
If a voltage is induced in the secondary coil, determine the magnitude of this induced
voltage?
a) 3V
b) 1.5V
c) 0.75V
d) 0.375V
e) No voltage induced.
8) In a particular resistor hooked up to a 1.5V battery, 14Watts. What is the resistance in this
resistor?
a) R=6.22 Ohm
b) R=31.5 Ohm
c) R=0.16 Ohm
d) R=9.33 Ohm
e) R=2.25 Ohm
9) What is the wave speed of a string with tension set to 10N and a linear mass density of
.05kg/m?
a) 14.14 m/s
b) 200m/s
c) 0.005m/s
d) 0.707m/s
e) 0.5m/s
Transcribed Image Text:7) A primary coil is hooked up to a battery that supplies a constant current through a solenoid coil at a voltage of 1.5VDC. The primary coil has 10 turns and the secondary coil has 20 turns. If a voltage is induced in the secondary coil, determine the magnitude of this induced voltage? a) 3V b) 1.5V c) 0.75V d) 0.375V e) No voltage induced. 8) In a particular resistor hooked up to a 1.5V battery, 14Watts. What is the resistance in this resistor? a) R=6.22 Ohm b) R=31.5 Ohm c) R=0.16 Ohm d) R=9.33 Ohm e) R=2.25 Ohm 9) What is the wave speed of a string with tension set to 10N and a linear mass density of .05kg/m? a) 14.14 m/s b) 200m/s c) 0.005m/s d) 0.707m/s e) 0.5m/s
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