Obtain the electric potential at the center of the sphere

Assignment Help Physics

Reference no: EM13527665

Suppose a conducting sphere of radius 40 cm has a charge of 7 mC and a mass of 2 kg. What is the electric potential at the center of the sphere? Assume that the electric potential is zero at infinity.

Reference no: EM13527665

Questions Cloud

Evaluate the force on the electron : An atomic nucleus has a charge of +40e. An electron is 10-9 m from the nucleus. What is the force on the electron

About the zebrafish egg structure : I want to know about the zebrafish egg structure? Why do some proteases have multiple substrates?

Describe the different growth habits of cladophora-ulva : Describe the different growth habits of Cladophora,Ulva, and Codium. Discuss some of the features that distinguish phylum Anthocerophyta from phylum Hepatophyta.

Determine the average velocity of the fish : Chinook salmon are able to move through water especially fast by jumping out of the water periodically. Determine the average velocity of the fish for the entire process of jumping and swimming underwater

Obtain the electric potential at the center of the sphere : Suppose a conducting sphere of radius 40 cm has a charge of 7 mC and a mass of 2 kg. What is the electric potential at the center of the sphere

DNA fragments produced by the restriction enzyme : How does the length of the recognition site determine the length of the DNA fragments produced by the restriction enzyme (frequency of cutting)? dentify 3 important features of cloning vectors?

Compute voltage would be needed to obtain this energy : A bare helium nucleus has two positive charges and a mass of 6.64 multiplied by 10-27 kg. What voltage would be needed to obtain this energy

Parameters simultaneously on enzymes : Describe why you cannnot test the effects of two parameters (like pH and temperature) simultaneously (in the same experiment) on enzymes.

Each mole of oxygen that is reduced to water : NADH Passes it's electrons on to oxygen through a long chain of electron carriers. How much free energy (in kj/mol) can in principle be obtained form this process under standard conditions (pH7) for each mole of oxygen that is reduced to water?

User Account

All Pages