QUESTION 4 We can make a uniform Electric field by spreading opposite charges on large-Area metal...

Transcribed Image Text:

QUESTION 4 We can make a uniform Electric field by spreading opposite charges on large-Area metal plates that aren't very far apart, like an Oreo. Suppose the two plates are 0.200[m]x0.200[m], set 0.050[m] apart. After we move 100 billion electrons from the right plate to the left plate, what Electric Field fills the gap? {follow-up: What Force do you need, to hold them apart?} 45.25 kN/C rightward 45.25 kN/C leftward 904.9 kN/C leftward 1810 N/C rightward 904.9 kN/C rightward 452 nanoN/C leftward 18.10 kN/C rightward 452 nanoN/C rightward 18.10 kN/C leftward 1810 N/C leftward QUESTION 4 We can make a uniform Electric field by spreading opposite charges on large-Area metal plates that aren't very far apart, like an Oreo. Suppose the two plates are 0.200[m]x0.200[m], set 0.050[m] apart. After we move 100 billion electrons from the right plate to the left plate, what Electric Field fills the gap? {follow-up: What Force do you need, to hold them apart?} 45.25 kN/C rightward 45.25 kN/C leftward 904.9 kN/C leftward 1810 N/C rightward 904.9 kN/C rightward 452 nanoN/C leftward 18.10 kN/C rightward 452 nanoN/C rightward 18.10 kN/C leftward 1810 N/C leftward

Answer rating: 100% (QA)

To find the electric field and the force on the plates well first need to calculate the charge on th... View the full answer