Physics, asked by mahimarupa6792, 7 months ago

The plates of a cathode ray tube are parallel and the distance between them is 0.6 cm The potentialdifference between them is 15 kV. Calculate the force acting on an clectron passing through the spacebetween the plates. What is the acceleration of the electron?

Answers

Answered by swarabagul

- Find an answer to your question The plates of a cathode ray tube are parallel and the ... and the distance between them is 0.6 cm The potential difference between them is 15 kV. Calculate the force acting on an clectron passing through the space between the plates. What is the acceleration of the electron?

Explanation:

check this out make me brainliest pplzbye

Answered by amanyadav84630

Answer:

Find an answer to your question The plates of a cathode ray tube are parallel and the ... and the distance between them is 0.6 cm The potential difference between them is 15 kV. Calculate the force acting on an clectron passing through the space between the plates. What is the acceleration of the electron?

Previous Question

Next Question

The plates of a cathode ray tube are parallel and the distance between them is 0.6 cm The potentialdifference between them is 15 kV. Calculate the force acting on an clectron passing through the spacebetween the plates. What is the acceleration of the electron?​

Answers

The plates of a cathode ray tube are parallel and the distance between them is 0.6 cm The potentialdifference between them is 15 kV. Calculate the force acting on an clectron passing through the spacebetween the plates. What is the acceleration of the electron?