Current world compare with force of gravity on wires

Reference no: EM13651387

Qualitatively explain why in day-to-day life we normally dont seewires attracted to each other or pushed apart from each other by the magnetic forces created by the currents running through them. Consider how the forces for a typical current world compare with the force of gravity on the wires.

Reference no: EM13651387

Questions Cloud

What is the magnification of the image : Shaving/makeup mirrors typically have one flat and one concave(magnifying) surface. You find that you can project a magnified image of a lightbulb onto the wall of your bathroom if you hold themirror 1.6 m from the bulb and 3.8 m from the wall.

Prepare the short story - the secret share : Establish effective relationships with is crew, ship, and himself. By the end of the story, how does the captain achieve this aim

Explain the column was appropriate for the sample : A 1.0 lambda L sample injected into a G.C. resulted in broad and tailing peaks in the chromatogram. Assuming that the column was appropriate for the sample, what two simple modifications could be made to improve peak width and shape

Estimate how fast are they moving : A 1000kg car moving at 40mph hits a 750 kg parked car. If they move off locked together after the collision how fast are they moving

Current world compare with force of gravity on wires : Qualitatively explain why in day-to-day life we normally dont seewires attracted to each other or pushed apart from each other bythe magnetic forces created by the currents running throughthem. Consider how the forces for a typical current world comp..

Determine what was the incident angle : A light wave was reflected off of a mirror at an angle of37°. What was the incident angle

Explain how many moles of nitrogen gas does the represent : The reaction between sulfamic acid and sodium nitrite produced 388mL of Nitrogen gas collected over water at 23 degrees C and 770 mmHg. How many moles of Nitrogen gas does this represent (assuming ideal behavior)

Write a creative story - rip van winkle : Write a creative story based on Irving's "Rip Van Winkle" and realize the timelessness of literature.

Find the unknown constants in the equations : A spring mass system moves with ω = 10 rad/s. The oscillation starts when the mass has been pulled 0.08 m to the right of equilibrium and given an initial speed of -1.2 m/s (to the left)

User Account

All Pages