Calculate the potential energy of the loop

Assignment Help Physics

Reference no: EM13270858

A loop of diameter d=12 cm, carrying a current I = 0.40 A is placed inside a magnetic field B=(02.0 T)i + (0.40 T)j. The normal to the loop is in the 0.60i-0.80j direction. Calculate the potential energy of the loop.

Reference no: EM13270858

Questions Cloud

What will the intrinsic per share stock price be immediately : What will the intrinsic per share stock price be immediately after the distribution?

Explain how concanavalin a sepaharose : Describe how Concanavalin A Sepaharose could be used to isolate Protein C from the mixture. Specify how any elution steps might be carried out. Be sure to cite the reference you used to determine how "ConA Sepharose" works.

Examine your states policy on employment : The employment-at-will doctrine discussed in the text and then evaluate three (3) ofthe six (6) scenarios described by determining

Explain what is the molarity of mgcl2 in the original sample : When 1.00 L of water from the surface of the Dead Sea is evaporated, 179 g of MgCl2 is recovered. What is the molarity of MgCl2 in the original sample

Calculate the potential energy of the loop : A loop of diameter d=12 cm, carrying a current I = 0.40 A is placed inside a magnetic field B=(02.0 T)i + (0.40 T)j. Calculate the potential energy of the loop

What is the minimum value of this bond : If the bond were not convertible, it would be priced to yield 8 percent. The conversion ratio on the bond is 25 and the stock is currently selling for $43 per share. What is the minimum value of this bond?

What is the maximum that they should spend on the system : If a company can implement cash management systems and save three days by reducing remittance time and one day by increasing disbursement time based on $2,000,000 in average daily remittances and $2,500,000.

Explain reaction will shift toward products with no change : a) The reaction will shift toward products with no change in K. b) The reaction will shift toward products with a decrease in K. c) The reaction will shift toward products with an increase in K. d) The reaction will not shift and the value of K wi..

Calculate the charge density in the sphere : A charge of 2.5 Coulombs is uniformly distributed throughout a nonconduction sphere of radius 0.15 m. calculate the charge density in the sphere

User Account

All Pages