Finding the Total Force on the Circuit Loop

In summary, the problem involves finding the Total Force on a Circuit Loop with a current of 30.0 A flowing counter-clockwise and a wire with a current of 15.0 A flowing from left to right. The circuit loop has a length of 30.0 cm and width of 10.0 cm, with the wire located 7.50 cm from the parallel long end. The relevant equation to use is F=I(lxB) and the first step is to determine the magnetic field from the wire with current I1 that is influencing the wires of the loop.
  • #1
DaveedL
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0

Homework Statement


The problem asks to find the Total Force on the Circuit Loop. I have a circuit loop with length 30.0 cm and width 10.0 cm with a current I2= 30.0 A that is flowing counter-clockwise. There is a wire that has the current I1=15.0 A flowing from left to right and is 7.50 cm from the circuit parallel to the long end.

I don't really know where to start. I think it has something to do with magnetic fields and the Hall effect but even with that, I don't know where to begin.

Homework Equations


F=I(lxB)

The Attempt at a Solution

 
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  • #2
You need to make some attempt. At least determine the magnetic field from ##I_1## that is influencing the wires of the loop.
 

1. What is the definition of total force on a circuit loop?

The total force on a circuit loop is the sum of all the individual forces acting on the loop. This includes both electrostatic forces and magnetic forces.

2. How do you calculate the total force on a circuit loop?

To calculate the total force on a circuit loop, you must first determine the magnitude and direction of each individual force acting on the loop. Then, you can use vector addition to find the total force by adding all the individual forces together.

3. What factors affect the total force on a circuit loop?

The total force on a circuit loop is affected by the strength and direction of the electric and magnetic fields, the length of the loop, and the current flowing through the loop.

4. Can the total force on a circuit loop be negative?

Yes, the total force on a circuit loop can be negative if the direction of the force is opposite to the direction of the loop. This can occur if the direction of the magnetic field or the current in the loop is reversed.

5. Why is it important to find the total force on a circuit loop?

Finding the total force on a circuit loop is important for understanding the behavior of electric and magnetic fields and their effects on charged particles. This knowledge is crucial for designing and analyzing circuits and other electronic devices.

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