What is the magnetic field in the solenoid

Reference no: EM13317633

Copper wire 0.4 mm in diameter is tightly wounded into a long solenoid and a 3.6A current passes through it. What is the magnetic field in the solenoid?

Reference no: EM13317633

Questions Cloud

Explain the relation between mrd and demand for that : Define marginal product, marginal revenue, value of marginal product (VMP), the marginal revenue product (MRP) of a resource and explain the relation between MRD and demand for that resource.

Explain the relationship between the price of a resource and : Explain the relationship between the price of a resource and the quantity demanded of that resource with reference to supply, demand, and derived demand.

Compute the required layout distance at the temperature : Compute the required layout distance if the Temperature is 13 degrees celcius, Tape Length is 29.990 m, and the required Layout distance is 500.000 m.

Contrast the pricing and output decisions of firms in pure : Contrast the pricing and output decisions of firms in pure competition, monopolistic competition, oligopoly, and monopoly with reference to quantity produced, price, marginal revenue, marginal cost, demand and average total cost.

What is the magnetic field in the solenoid : Copper wire 0.4 mm in diameter is tightly wounded into a long solenoid and a 3.6A current passes through it. What is the magnetic field in the solenoid

How many bits is the encrypted message : Based on the understanding of Q4 of Bart B, use the generated keys of Q2 - Part C to encrypt the message of Q1 - Part C using the Simplified DES algorithm.

Determine how to convey 2 cfs through the system : A pump of 80% efficiency lifts water from one large open tank to another; the difference in water surface elevations is 20 feet. The pipe is relatively smooth (f = 0.0122), and has 3 elbows, each with a loss coefficient of 2/3.

Discuss why oligopolists have a strong incentive to collude : Discuss why oligopolists have a strong incentive to collude and to cheat on collusive agreements and discuss the obstacles to collusion among oligopolistic companies.

Locate the point at which the total electric field is zero : Two point charges lie along the y-axis. A charge of q1 = -9.5 %u03BCC is at y = 6.0 m, Locate the point (other than infinity) at which the total electric field is zero

User Account

All Pages