in words and a mathematical expression, describe how to determine the magnetic field created by (i)...

in words and a mathematical expression, describe how to determine the magnetic field created by (i) straight current carrying wire, (ii) current caryying circular loop, (iii) current carrying solenoid.

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genius_generous answered 3 years ago

Describe how to map magnetic field lines?

These questions refer to the expression for the magnetic field at the center of the square...

These questions refer to the expression for the magnetic field at the center of the square solenoid. Assume: for all coils, each side of the square a = 4.87 cm and the length of the solenoid L = 47.8 cm. NOTE: Everything must be in MKS units! NOTE: μo = 1.26x10-6 in MKS units (determined in question 1). a) In procedure 1, you will plot Bmax vs. N, the number of turns of the coil. Suppose you set the current...

Given V=100V R=10kΩ C=10µF (10 pts) Determine the mathematical expression for vc Determine the mathematical expression for ic Computer the...

Given V=100V R=10kΩ C=10µF (10 pts) Determine the mathematical expression for vc Determine the mathematical expression for ic Computer the capacitor voltage at t=150 ms Computer the capacitor current at t=150 ms Locate the points on the voltage and current curves.

Describe the magnetic field line of force of iron fling 2. Describe the magnetic field line...

Describe the magnetic field line of force of iron fling 2. Describe the magnetic field line of force of a needle

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Recall the behavior of the compass needle as you explored the magnetic field created by the...

Recall the behavior of the compass needle as you explored the magnetic field created by the coil. Indicate which two of the following five statements are true. Select one or more: a. It is not possible to decide which end of the coil is a magnetic North when current is flowing through the coil. b. If I always move in the direction indicated by the compass needle, thus following a given field line, my path will trace a loop going...

In this simulation, you can examine the magnetic field created by the current in a solenoid,...

In this simulation, you can examine the magnetic field created by the current in a solenoid, which is a cylindrical coil of wire. Instead of using a spiral-shaped coil, the simulation approximates the coil with a stack of seven single loops. The plane of each loop is parallel to the x-z plane, with a radius of either 60 cm or 25 cm, and the displayed field is in the x-y plane. The parallel-plate capacitor is the standard way to create...

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in words and a mathematical expression, describe how to determine the magnetic field created by (i)...

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