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Consider a circular loop of wire. The magnetic field strength at the center of the loop is given by the equation B(t) = [2.0 T/s]t, where t is time in seconds. If the induced electric field outside the loop is |E| = 3.4 V/m at a distance of r = 7.0 m from the center of the loop, find the radius R of the loop. Hint: The result of the line integral of the electric field around the path is E*2

A wire carries a 4.0-A current along the +y-axis through a magnetic field

A point charge Q moves on the y-axis in the positive direction with a speed of 320 m/s. A point P is on the z-axis at z = 0.09 m. The magnetic field produced at the point P, as the charge moves through the origin, is equal to 0.30 μT

Consider a circular loop of wire. The magnetic field strength at the center of the loop is given by the equation B(t) = [3.0 T/s]t, where t is time in seconds. If the induced electric field outside the loop is |E| = 6.8 V/m at a distance of r = 6.0 m from the center of the loop, find the radius R of the loop. Hint: The result of the line integral of the electric field around the path is E*2

A 4.0-m long conducting wire is formed into a square and placed in the x-y plane. A uniform magnetic field is oriented 30.0° from the plane of the surface of the square with a strength of 10.0 T. What is the magnetic flux through the square? Hint: What are the side lengths of a square with a perimeter of 4.0 m?

A wire carries a 2.0-A current along the +y-axis through a magnetic field

The ‘First Law of thermodynamics’ states that energy can neither be created nor be destroyed but can only be changed from one form to another

Feedback inhibition in metabolic pathways 

The Architect Registration Examination (ARE) is NOT required in all U.S. jurisdictions in order to obtain licensure.

There are variations in architecture licensure requirements across different states and jurisdictions regarding: