avilakevin096 avilakevin096
  • 13-06-2017
  • Physics
contestada

Calculate the electric field strength if the potential across charged plates is 12 volts and their separation is 0.6 cm.

Respuesta :

amanraj112
amanraj112 amanraj112
  • 13-06-2017
E =  V / d
      =  (12 volts)  /  (0.006 m)
      =  2000  V/m
Answer Link
abidemiokin
abidemiokin abidemiokin
  • 06-03-2020

Answer:

2000V/m

Explanation:

Electric field strength(E) across a charged plate is the ratio of the potential difference(V) across the plate and the distance (d) between the plates.

Mathematically, E = V/d where;

V is the potential difference = 12volts

d is the distance between the plates = 0.6cm = 0.006m

E = 12/0.006

E = 2000V/m

The electric field strength is therefore 2000V/m

Answer Link

Otras preguntas

1.3.2 Identify and explain FIVE recommendations to address teenage pregnancy
How do you solve this?
Is true live story about Cynthia
The Big Bang theory is closely linked to Hubble's discovery that the universe is expanding, which seems to imply that there was a time in the past when the expa
can you please answer this question ​
plss helppp will give brainliesttt! plss hurry b4 my power goes out!! its storming badd!
What do you know this for social studies
Define thyroidism and explain why its imbalance helps in change in weight of the body?​
Examine a local industry in your locality and describe the problems that it faced.​
If the scale on a map shows 1 in. = 100 mi., and you determine that two cities are 5.5 in. apart, how many actual miles is this? Question 11 options: 55 mi. 550