Find the electric potential at the origin

Reference no: EM13697103

Problem: An object with a charge of -3.26 µC is located at (3.59 m, 4.23 m), and an object with a charge of 1.44 µC is located at (-2.64 m, 0).

Part A- Find the electric potential (in kV) at the origin.

Please explain each step and equations used to find the electric potential (in kV) at the origin.

Reference no: EM13697103

Questions Cloud

Calculate kc chemical analysis indicates only reactant : Problem- 1.00 mole of N2O4 is placed in a 1.00 L reaction vessel at 298 K: Chemical analysis indicates only 3.5% of the reactant decomposes. Calculate Kc.

What is the total mass of the marbles in the box : You have a box which contains only red marbles and blue marbles. What is the total mass of the marbles in the box

Find what would be the angle of first diffraction pattern : What would be the angle of the first diffraction pattern for a 680 nm laser submerged in water (n=1.33), if the diffraction grating has 600 lines per mm

What is the probability that the given class will obtain : Given that the scores on a medical test follow a normal distribution with a mean of 460 and a standard deviation of 100. If all students in a class of 41 attend the test what is the probability that the given class will obtain a mean score of abov..

Find the electric potential at the origin : An object with a charge of -3.26 µC is located at (3.59 m, 4.23 m), and an object with a charge of 1.44 µC is located at (-2.64 m, 0). Find the electric potential (in kV) at the origin

Explain the thorpe reaction of dinitriles is analogous : Problem- The Thorpe reaction of dinitriles is analogous to the Dieckmann Condensation of diesters. What is the product to result from the use of NCCH2CH2CH2CH2CN and Sodium Ethoxide?

Determine her average acceleration during the race : In 1977 Kitty O'Neil drove a hydrogen peroxide-powered rocket dragster for a record time interval (3.22s) and final speed (663km/h) on a 402-m-long Mojave Desert track. Determine her average acceleration during the race

Explain what is the molarity of sodium ions in a solution : Problem- What is the molarity of sodium ions in a solution prepared by diluting 250. mL of 0.550 M Na2SO4 to 1.25 L. The ACS practice exam says it .220 M, please show me how.

What is its velocity just before it hits the ground : A catapult launches a test rocket vertically upward from a well, giving the rocket an initial speed of 79.2 m/s at ground level. What is its velocity just before it hits the ground

User Account

All Pages