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By Ohm's Law, the Voltage Current and the Resistance

Question 35

Multiple Choice

By Ohm's Law, the voltage By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt current By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt and the resistance By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt are related by the equation By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt . What is the average rate of change of By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt with respect to By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt for the interval By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt to By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt .


A) By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt amperes/volt
B) By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt amperes/volt
C) By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt amperes/volt
D) By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt amperes/volt
E) By Ohm's Law, the voltage   current   and the resistance   are related by the equation   , where the units of the voltage, current, and resistance are volts, amperes and ohms, respectively. Assume the resistance is constant and equals   . What is the average rate of change of   with respect to   for the interval   to   . A)    amperes/volt B)    amperes/volt C)    amperes/volt D)    amperes/volt E)    amperes/volt amperes/volt

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