A charged oil drop in Milli Kaus apparatus falls 1 mm at constant speed in a time 32.3 s if Vab = 0 393 39.3 Vab the same drop can be held at rest between 2 plates separated by 1 mm if Vab = 9.16 V. The excess electrons the drop has acquired is viscosity of air is 1.81 x 105-ns/m2 Pon = 824 kg / m 1 oSN %3D Pat = 0 %3D а. 3e b. 21 e 6R 824 x...x C. 4 e d. 12 e е. none of the above

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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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0.
A charged oil drop in Milli Kaus apparatus falls 1 mm at constant speed in a
time 323 s if Vab = 0
3年3
39.3
Vab
the same drop can be held at rest between 2 plates separated by 1 mm if
Vab = 9.16 V. The excess electrons the drop has acquired is
viscosity of air is 1.81 x 105-ns/m2
Pon = 824 kg / m 1 05NS
lil
Pat = 0
%3D
а.
3e
b.
21 e
CR 224 Xo \メo
4 e
C.
d.
12 e
е.
none of the above
Transcribed Image Text:0. A charged oil drop in Milli Kaus apparatus falls 1 mm at constant speed in a time 323 s if Vab = 0 3年3 39.3 Vab the same drop can be held at rest between 2 plates separated by 1 mm if Vab = 9.16 V. The excess electrons the drop has acquired is viscosity of air is 1.81 x 105-ns/m2 Pon = 824 kg / m 1 05NS lil Pat = 0 %3D а. 3e b. 21 e CR 224 Xo \メo 4 e C. d. 12 e е. none of the above
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