A student is able to isolate a single charged oil drop while performing a Millikan oil drop experiment in the physics laboratory. The oil drop, of mass 1.23 x 10 -15 kg, is suspended between two horizontal parallel plates spaced 8.0 mm apart when a voltage of 120 V is applied to the plates such that the lower plate is negative and the upper plate is positive. Does the oil drop have an excess or deficit of electrons? Explain Determine the actual number of excess or deficit electrons on the oil drop What would be the acceleration of the oil drop if the voltage across the plates were to be increased to 300 V? What would be the acceleration of the oil drop if the voltage across the plates were set to 0 V (in other words, the plates are turned off)?
A student is able to isolate a single charged oil drop while performing a Millikan oil
drop experiment in the physics laboratory. The oil drop, of mass 1.23 x 10
-15 kg, is suspended between
two horizontal parallel plates spaced 8.0 mm apart when a voltage of 120 V is applied to the plates
such that the lower plate is negative and the upper plate is positive.
Does the oil drop have an excess or deficit of electrons? Explain
Determine the actual number of excess or deficit electrons on the oil drop
What would be the acceleration of the oil drop if the voltage across the plates were to
be increased to 300 V?
What would be the acceleration of the oil drop if the voltage across the plates were set to
0 V (in other words, the plates are turned off)?
![Uniform
E
electric
field
Positively
charged plate
Microscope
Negatively
charged plate](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff0434596-c483-42c8-9a9d-9e674fccf4f4%2Fa77744ca-7ef0-45d7-a12b-5c1a9ac68679%2Fcrfguf_processed.png&w=3840&q=75)
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