Solved

In the Figure, There Are Three Wires Carrying Currents in the Indicated

Question 43

Multiple Choice

In the figure, there are three wires carrying currents in the indicated directions, and an Amperian loop.The sign of the contribution of the current in each wire to the path integral In the figure, there are three wires carrying currents in the indicated directions, and an Amperian loop.The sign of the contribution of the current in each wire to the path integral in Ampere's Law is: A) i<sub>1</sub> +, i<sub>2</sub> -, i<sub>3</sub> 0 B) i<sub>1</sub> -, i<sub>2</sub> +, i<sub>3</sub> 0 C) i<sub>1</sub> +, i<sub>2</sub> +, i<sub>3</sub> - D) i<sub>1</sub> -, i<sub>2</sub> -, i<sub>3</sub> + E) i<sub>1</sub> +, i<sub>2</sub> -, i<sub>3</sub> - in Ampere's Law is: In the figure, there are three wires carrying currents in the indicated directions, and an Amperian loop.The sign of the contribution of the current in each wire to the path integral in Ampere's Law is: A) i<sub>1</sub> +, i<sub>2</sub> -, i<sub>3</sub> 0 B) i<sub>1</sub> -, i<sub>2</sub> +, i<sub>3</sub> 0 C) i<sub>1</sub> +, i<sub>2</sub> +, i<sub>3</sub> - D) i<sub>1</sub> -, i<sub>2</sub> -, i<sub>3</sub> + E) i<sub>1</sub> +, i<sub>2</sub> -, i<sub>3</sub> -


A) i1 +, i2 -, i3 0
B) i1 -, i2 +, i3 0
C) i1 +, i2 +, i3 -
D) i1 -, i2 -, i3 +
E) i1 +, i2 -, i3 -

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q38: The magnetic field outside a long straight

Q39: A solenoid is 3.0 cm long and

Q40: In an overhead straight wire, the current

Q41: Two long straight current-carrying parallel wires cross

Q42: A 45-m long wire is coiled so

Q44: A long straight cylindrical shell has an

Q45: The diagram shows three equally spaced wires

Q46: The magnetic field a distance 2 cm

Q47: Lines of the magnetic field produced by

Q48: The diagram shows three arrangements of circular