True or False A moving charge entering a magnetic field parallel to the field will move in a straight line. A man whose resistance is 10,000 Ω has 120 volt potential difference across his body. This would cause a fatal shock. Adding resistors to a parallel circuit decreases the equivalent resistance. The resistance of a resistor increases with decreased temperature The terminal voltage (V) of a battery is always less than its EMF (ξ).
True or False A moving charge entering a magnetic field parallel to the field will move in a straight line. A man whose resistance is 10,000 Ω has 120 volt potential difference across his body. This would cause a fatal shock. Adding resistors to a parallel circuit decreases the equivalent resistance. The resistance of a resistor increases with decreased temperature The terminal voltage (V) of a battery is always less than its EMF (ξ).
Glencoe Physics: Principles and Problems, Student Edition
1st Edition
ISBN:9780078807213
Author:Paul W. Zitzewitz
Publisher:Paul W. Zitzewitz
Chapter26: Electromagnetism
Section26.1: Interactions Of Electric And Manetic Fields And Matter
Problem 2PP
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True or False
- A moving charge entering a magnetic field parallel to the field will move in a straight line.
- A man whose resistance is 10,000 Ω has 120 volt potential difference across his body. This would cause a fatal shock.
- Adding resistors to a parallel circuit decreases the equivalent resistance.
- The resistance of a resistor increases with decreased temperature
- The terminal voltage (V) of a battery is always less than its EMF (ξ).
- The electric field E is a scalar but the electric potential V is a vector.
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