Answer
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Hint: To find the solution to this problem we need to consider magnetic field lines inside a long current carrying solenoid.
Complete step by step solution:
Inside the solenoid the magnetic field lines are parallel to each other forming a uniform field strength which indicates that the magnetic field is the same at all points inside the solenoid.
Therefore, the answer is Option A .
Additional information: Solenoid is a coil of wire which is in cylindrical form. When it carries a current it acts like a magnet and is used especially as a control for a mechanical device.
Note: When we run a current through a solenoid it becomes an electromagnet.
Complete step by step solution:
Inside the solenoid the magnetic field lines are parallel to each other forming a uniform field strength which indicates that the magnetic field is the same at all points inside the solenoid.
Therefore, the answer is Option A .
Additional information: Solenoid is a coil of wire which is in cylindrical form. When it carries a current it acts like a magnet and is used especially as a control for a mechanical device.
Note: When we run a current through a solenoid it becomes an electromagnet.
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