Physics-10th Magnetic Effects of Electric Current CBSE Board 2023 Hard
The correct pattern of magnetic field lines of the field produced by a current carrying circular loop is :
The correct pattern of magnetic field lines of the field produced by a current carrying circular loop is :
- (a)Arcs above the axis with their arrowheads at the right, pointing right; arcs below the axis with their arrowheads at the left, pointing left; rings round both the top and the bottom of the loop, both circulating anticlockwise.
- (b)Arcs above the axis with their arrowheads at the left, pointing left; arcs below the axis with their arrowheads at the right, pointing right; no rings round the loop.
- (c)Arcs above and below the axis, all with their arrowheads at the left, pointing left; rings round the top of the loop circulating clockwise and rings round the bottom circulating anticlockwise.
- (d)No arcs; large rings round the top of the loop circulating clockwise and round the bottom circulating anticlockwise.
🔒 Step-by-step solution
Sign up free to reveal the full worked solution — hints, steps and the final answer, with a Solve-with-us walkthrough.
More questions from Magnetic Effects of Electric Current
Class 10 Physics-10th — every question with an expert-verified, step-by-step solution.
- Q1 Which of the following correctly describes the magnetic field nea…
- Q1 Why does a compass needle get deflected when brought near a ba…
- Q2 At the time of short circuit, the current in the circuit
- Q3 State whether the following statements are true or false. (a) The fie…
- Q4 List two methods of producing magnetic fields.
- Q5 When is the force experienced by a current–carrying conductor pl…
- Q6 Imagine that you are sitting in a chamber with your back to one wall…
- Q7 State the rule to determine the direction of a (i) magnetic field p…
- Q8 When does an electric short circuit occur?
- Q9 What is the function of an earth wire? Why is it necessary to e…
- Q1 Draw magnetic field lines around a bar magnet.
- Q2 List the properties of magnetic field lines.