A square loop circuit (with a 30.0 V battery, resistance of 6.00 ohms and side length of 2.00 m) is inside a uniform constant B-field as shown. a) There might be a mistake with the way B is drawn! to 45 The force due to the B-field on the circuit current is shown on one of the sides and is given by: F = 12.5NÎ – 12.5NÎ Is the B-field drawn pointing in the right direction? Explain how you figured it out with 1 or 2 sentences.
A square loop circuit (with a 30.0 V battery, resistance of 6.00 ohms and side length of 2.00 m) is inside a uniform constant B-field as shown. a) There might be a mistake with the way B is drawn! to 45 The force due to the B-field on the circuit current is shown on one of the sides and is given by: F = 12.5NÎ – 12.5NÎ Is the B-field drawn pointing in the right direction? Explain how you figured it out with 1 or 2 sentences.
Related questions
Question
Transcribed Image Text:3) A square loop circuit (with a 30.0 V battery, resistance of 6.00 ohms and
side length of 2.00 m) is inside a uniform constant B-field as shown.
в
450
а)
There might be a mistake with the way B is drawn!
The force due to the B-field on the circuit current is shown on one of the
sides and is given by: F = 12.5Nî – 12.5Nĵ
Is the B-field drawn pointing in the right direction? Explain how you
figured it out with 1 or 2 sentences.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps
