Determine the lesser charge

Reference no: EM13288279

Two point charges .03 m apart have an electric potential energy -90 microjoules . The total charge is 20 nanoCoulombs. What is the lesser charge? nC What is the larger charge? nC

Reference no: EM13288279

Questions Cloud

Explain equilibrium system net ionic equation : Equilibrium system given: Fe3+(aq) + SCN- (aq) FeSCN2+(aq) 1. Equilibrium system Net ionic equation 2. Equilibrium system + 1M Fe(NO3)3 Net ionic equation What stress caused the equilibrium to shift and in which direction it shift

What was the arithmetic average annual return in real terms : What was the arithmetic average annual return in real terms?

Determine what is gm for thistransistor in millisiemens : At oneparticular quiescent operating point, a BJT produces a 300 mAchange in collector current for a 0.1 volt change in thebase-emitter voltage. What is gm for thistransistor in millisiemens

State how much does the chemical potential of carbon dioxide : By how much does the chemical potential of carbon dioxide at 310K an 2.0 bar differ from its standard value at that temperature

Determine the lesser charge : Two point charges .03 m apart have an electric potential energy -90 microjoules . The total charge is 20 nanoCoulombs. What is the lesser charge

Estimate the capacitors for an audio amplifier : In a bipolar junction transistor amplifier with a base resistor of about 10 kW and a collector resistor of about 1 kW, roughly estimate these capacitors for an audio amplifier

Calculate the direction of sparkys net displacement : Jim's dog Sparky runs 45.0 northeast to a tree, then 75.0 west to a second tree, and finally 15.0 south to a third tree. Calculate the direction of Sparky's net displacement

Define the same for the catalyzed and uncatalyzed reactions : A catalyst decreases the activation energy of a given reaction by exactly 15 kJ/mol. By what factor does the reaction rate increase at 25oC when the catalyst is used. Assume that the Arrhenius pre-exponential factor, A, is the same for the catalyz..

Determine suitable values of r and c for the filter : A simple RC filter is to be designed to pass frequencies below a nominal value of 40 Hz. If the attenuationat 40 Hz is to be 5 dB, determine suitable values of R and C for the filter.

User Account

All Pages