How large is the electric field along the wire

Assignment Help Physics

Reference no: EM13318939

A spherical droplet of water (a good conductor) has a mass of 1.00 x 10^-6 grams and a radius of 62.0 micrometers. Initially it is uncharged. Then, 25.0 million electrons are removed from it.

1. If two such droplets having equal but opposite charges are separted center-tocenter by 1.00m, what is the magnitude of the electric force between them?

The voltage drop along a 30.0m segment of a power line made from copper wire (a very good conductor) is 1.2V, while carrying a current of 25.0 A.

1. What is the resistance of this wire segment?

2. How large is the electric field along the wire?

Reference no: EM13318939

Questions Cloud

Calculate how far the plane has flown : an airplane travels 85 km,62degrees north of east. Its displacement is represented by the vector A in the drawing

The phenylmagnesium bromide and trityl fluoborate with water : Write balanced equations for the reactions pf phenylmagnesium bromide and trityl fluoborate with water

Find the amplitude-period-max velocity-max acceleration : A 20g mass vibrates accordings to the equation x=0.0009cis(3pit/2 + pi/2). Find the amplitude, period, max velocity, max acceleration, spring constant "K", and the total energy of the system

Distinguish between an exact : Distinguish between an 'exact' and a 'not exact' relationship between X and Y.

How large is the electric field along the wire : The voltage drop along a 30.0m segment of a power line made from copper wire (a very good conductor) is 1.2V, while carrying a current of 25.0 A. How large is the electric field along the wire

Explain the technician must dilute the luminol solution : Before investigating the scene, the technician must dilute the luminol solution to a concentration of 6.00×10^?2 M . The diluted solution is then placed in a spray bottle for application on the desired surfaces. How many moles of luminol are prese..

Write the equation for the new budget constraint : Write the equation(s) for the new budget constraint

Calculate the water pressure and velocity on the top floor : Water at a pressure of 13 atm, at street level, flows into a building at 3m/s through a 6 cm diameter pipe. The pipe tapers down to a 2 cm diameter by the top floor 50 m above.

Evaluate the number of moles of no2 produced : NO(g) + O2(g)-------- 2NO2 0.85 mol of NO is mixed 0.494 mol of O2 Calculate the number of moles of NO2 produced and Limiting reactant

User Account

All Pages