2. The circuit shown below lies in a uniform magnetic field of magnitude 3.46 T thatis directed into the page. Two parallel metal rails are separated by 4.53 cm andconnected by a 1.15-k resistor. A conducting metal rod completes the circuitand is forced to slide to the right with a constant speed of 6.93 m/s.4.53 cm8HOBRGiven:Task: lind?Physics:1Solve:◄ vt88-conducting metal roda. Calculate the magnitude of the induced current in the circuit b. Determine the direction of the induced current. Circle the best response.(1) Clockwise.(2) Counterclockwise.(3) Into the page.(4) Out of the page.(5) No current is induced.

Answered: Image /qna-images/answer/405d3aa4-e451-4f27-b2a9-5b3aa02f3329.jpg

2. The circuit shown below lies in a uniform magnetic field of magnitude 3.46 T that is directed into the page. Two parallel metal rails are separated by 4.53 cm and connected by a 1.15-k resistor. A conducting metal rod completes the circuit and is forced to slide to the right with a constant speed of 6.93 m/s. 4.53 cm Given: Task: lind? Physics: Solve: R Ⓡ a. 1 8 Ⓡ ◄ vt 8 8 8 @ ∞ 8 8 8 conducting metal rod Calculate the magnitude of the induced current in the circuit

2. The circuit shown below lies in a uniform magnetic field of magnitude 3.46 T that is directed into the page. Two parallel metal rails are separated by 4.53 cm and connected by a 1.15-k resistor. A conducting metal rod completes the circuit and is forced to slide to the right with a constant speed of 6.93 m/s. 4.53 cm Given: Task: lind? Physics: Solve: R Ⓡ a. 1 8 Ⓡ ◄ vt 8 8 8 @ ∞ 8 8 8 conducting metal rod Calculate the magnitude of the induced current in the circuit

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