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Millikan's Oil Drop Experiment

There are two...

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There are two charges Q1 an Q2 kept at a distance . There is a midpoint E marked. There is a point B has same horizontal distance from E to either charge and electric feild at B due to either charge had magnitude 1.0×10^6, what it's the magnitude of net electric feild?

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Q. In above shown figure, two positive point charges +Q are kept, P is the midpoint of line segment joining the charges. If at P , the magnitude of the electric field is E due to only one +Q charge then calculate the net electric field at point P.

Q_{1}

Q_{2}

A

B

of a right angle triangle

O A B

see figure. The resultant electric feild at point

O

is perpendicular to the hypotenuse, then

Q_{1} / Q_{2}

is proportional to :

Q. Given curves show electric field intensity due to a point charge

(E)

(x)

from it.
Here graphs

(A, B, C, D)

corresponding to four charges are shown. Which graph represents the charge of higher magnitude?

Q. Given graph shows electric field intensity due to a point charge

(E)

(x)

from it.
Here graphs

(A, B, C, D)

corresponding to four charges are shown. Which graph represents the charge of higher magnitude?

Q. Two point charges are +Q and -Q, at the midpoint P the electric field is E due to +Q only then calculate the magnitude of net electric field at point P.

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Millikan's Oil Drop Experiment

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