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Electromagnetic Induction

Question 1
Physics C: E&M (2025)APExam Style
1 mark

A straight wire segment of length L=0.5 mL = 0.5 \text{ m} carries a current of I=2 AI = 2 \text{ A} in a uniform magnetic field of B=3 TB = 3 \text{ T}. If the wire is perpendicular to the magnetic field, what is the magnitude of the magnetic force o...

Question 2
Physics C: E&M (2025)APExam Style
1 mark

How does the size and shape of a conducting loop affect the magnetic flux and induced current?

Question 3
Physics C: E&M (2025)APExam Style
1 mark

A conducting loop of mass mm is placed in a magnetic field and experiences a magnetic force FF. What is the acceleration of the loop?

Question 4
Physics C: E&M (2025)APExam Style
1 mark

A conducting loop with mass m=0.1 kgm = 0.1 \text{ kg} experiences a magnetic force of F=0.5 NF = 0.5 \text{ N} in a uniform magnetic field. What is the acceleration of the loop?

Question 5
Physics C: E&M (2025)APExam Style
1 mark

Which of the following mathematical expressions correctly represents the magnetic force on a current-carrying wire?

Question 6
Physics C: E&M (2025)APExam Style
1 mark

A rectangular loop is partially submerged in a uniform magnetic field. The magnetic field is perpendicular to the part of the loop that is submerged. To calculate the net force, what must be considered?

Question 7
Physics C: E&M (2025)APExam Style
1 mark

A conducting loop is moved through a magnetic field. How does the velocity of the loop affect the induced current and magnetic force?

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Question 8
Physics C: E&M (2025)APExam Style
1 mark

A square conducting loop with side length aa is initially outside a uniform magnetic field BB. The loop is then moved into the field at a constant velocity vv, such that the side of the loop enters the field first and is perpendicular to...

Question 9
Physics C: E&M (2025)APExam Style
1 mark

Two loops with the same area, one square and one circular, are placed in the same uniform magnetic field. Which loop experiences a greater magnetic force?

Question 10
Physics C: E&M (2025)APExam Style
1 mark

A conducting loop with NN turns is placed in a magnetic field. How does increasing the number of turns affect the induced current and magnetic force?