What is the resulting force on the wire

Assignment Help Physics

Reference no: EM13266526

Two infinite long wires are parallel to one another and are 5.0 cm apart. Both have current passing through them in the same direction. One has 1.0 A passing through and the other has 2.0 A passing through.

a) What is the magnetic field produced by the 2.0 A wire at the 1.0 A wire?

b) What is the resulting force on the 1.0 A wire?

c) What can you say about the corresponding magnetic force on the 2.0 A wire?

Reference no: EM13266526

Questions Cloud

Compute the rms speed of a nitrogen molecule : Compute the rms speed of a nitrogen molecule at 12.0°C and At what temperature will the rms speed be half that value

How much volume does the gas occupy : A quantity of ideal gas at 10.0°C and 100 kPa occupies a volume of 1.20 m3. how much volume does the gas occupy

How to figure the significance level, the test statistic : Show how to figure the significance level, the test statistic, and the critical values from this test.

Explain what is the final pressure inside the bottle : A piece of dry ice, solid CO2, weighing 10.0 g is placed in an evacuated 0.800 L bottle at 550 degrees Celsius. The bottle is capped, and the dry ice changes to gas. What is the final pressure inside the bottle

What is the resulting force on the wire : Two infinite long wires are parallel to one another and are 5.0 cm apart. Both have current passing through them in the same direction. What is the resulting force on the 1.0 A wire

Compute the 95% confidence interval : Calculate the 95% Confidence interval is the measured standard deviation is not a good estimate of the population standard deviation.

How large a volume of nitrogen is required : a plastic bad is filled with nitrogen at atmospheric pressure and 18 degrees Celciuss. Assume that the mass of the bad is negligible and take the temperature of the outside air to be 0 degree Celcius, How large a volume of nitrogen (in M^3) is requ..

State hamilton''s equation of motion for classical mechanics : Starting with Hamilton's equation of motion for classical mechanics, p^2/(2m) + V=E , obtain Newton's equation of motion, F= ma.

What mass is now necessary to balance the scales : Next, a beaker of water is placed so that the iron block is submerged in the beaker not touching the bottom. What mass (in kg) is now necessary to balance the scales

User Account

All Pages