Find the magnetic flux through the loop

Reference no: EM13250981

A rectangular loop of wire with width 0.4 cm and length 0.6 cm is oriented with the normal to the face of the loop making an angle of 61° with respect to the direction of B. The B field has a magnitude of 0.46 T. Find the magnetic flux through the loop.

Reference no: EM13250981

Questions Cloud

Determine the angular frequency : You create a diffrent kind of pendulum by swinging a meter stick (mass m) on its end. It swings with small oscillations. Determine the angular frequency w ( I=1/3 ML ^2)

Explain what mass of tungsten can be melted by the addition : The molar heat of fusion of tungsten is 33.7kJ/mol. What mass of tungsten can be melted by the addition of exactly 150cal at its melting point

Explain the formula of a sulfur molecule in this environment : A sample of sulfur weighing 0.210g was dissolved in 17.8g carbon disulfide. (Kb= 2.340C/m ) If the boiling point elevation was 0.1070C, what is the formula of a sulfur molecule in this environment

Calculate the impedance for a given source frequency : A 67? resistor, an 9.0?F capacitor, and a 36mHinductor are connected in series in an ac circuit. Calculate the impedance for a source frequency of 300 Hz

Find the magnetic flux through the loop : A rectangular loop of wire with width 0.4 cm and length 0.6 cm is oriented with the normal to the face of the loop, Find the magnetic flux through the loop

Explain what amount will the freezing point of the second : 45.00g of an ionizable solid with a MW = 54.2g/mol is added to exactly 250ml of water and the solution is found to boil at 102.380C. Another 38.5g is dissolved in 0.100L of water at 200C to produce a solution. By what amount will the freezing poin..

Calculate the velocity of the boat : A child in a boat throws a 5.15-kg package out horizontally with a speed of 10.0 m/s. Calculate the velocity of the boat immediately after, assuming it was initially at rest

Explain what would be the molarity of a nonelectrolyte : What would be the molarity of a nonelectrolyte in an aqueous solution if it exhibited an osmotic pressure of 14060torr at 220C

Compute the osmotic pressure for the solutions : Calculate the osmotic pressure for the solutions in prob # 14 and 20 when each is at 10.500C? (dEtOH= 0.789g/ml, dMeOH= 0.712g/ml)

User Account

All Pages