Find the total electric potential at origin

Assignment Help Physics

Reference no: EM13261454

two point charges are on the y axis. A 3.50 uc charge is located at y=1.1cm, and a -2.16 uc charge at y=-1.4cm.

a) find the total electric potential at origin in volts

b) find total electrical potential at point coordinates (1.5,0)cm in volts

Reference no: EM13261454

Questions Cloud

What is the equivalent continuous flow of power in megawatts : If the U.S. consumes 10 Quads each year by burning gasoline for automobiles, and if this energy usage is spread evenly across 8760 hours in a year, what is the equivalent continuous flow of power in Megawatts (MW)

What is the output of the correlator for user1 for first bit : Sketch the baseband signals for the two users when user 1 sends the bits 011, and user 2 sends the bits 101. Add the signals for the first bit only, and show that the output of the correlator for user 1 is -4, corresponding to a 0

Using a 95% confidence level how large should the sample : Assume the branch manager requested estimates of the mean selling price of Gulf View condominiums with a margin of error of $40,000 and the mean selling price of No Gulf View condominiums with a margin

What is his debt-to-income ratio : Mr anderson has total fixed monthly expenses of $1399 and his gross monthly income is $3857. What is his debt-to-income ratio? Round to the nearest percent.

Find the total electric potential at origin : two point charges are on the y axis. A 3.50 uc charge is located at y=1.1cm, and a -2.16 uc charge at y=-1.4cm. find the total electric potential at origin in volts

What is the equivalent energy flow rate in megawatts : If gasoline has a 120,000 Btu/gal energy content, and an average tank fill up requires 15 gallons over a 5 minute period, what is the equivalent energy flow rate (or power) in Megawatts in chemical power flowing through the nozzle per fill up

Explain constant temperature not change the concentrations : In which of the following reactions would increasing pressure at constant temperature not change the concentrations of reactants and products, based on Le Ch telier's principle

Find the final speed of the space craft : A 20t space craft leaving the dock of a space stationmakes a 12s engine burn. find the final speed of the space craft with respect to the station

Calculate number of second for water balloon to hit the dean : Assume you are standing atop the Engineering Research Center, holding a ketchup-filled water balloon. The dean is walking by in a bright, clean white hat, soon to arrive right underneath your perch. And temptation strikes. And is irresistible.

User Account

All Pages