Eight drops of mercury of equal radii and possessing equal charges combine to form a big drop. Then the capacitance of the bigger drop compared to each individual drop is.....
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Capacitance of Smaller drop (say Cs)= 4πεr
where "r" is the radius of the drop and "ε" is the permittivity of space.
__________
FINDING RADIUS OF BIG DROP:
Now 8 drops combine to form a single large drop .
then using volume conservation :
Volume of Big drop = 8 times the volume of smaller drops.
(4/3)πR³ =8× (4/3)πr³
=> R = 2r
here "R" is the radius of Big drop.
__________
=> Capacitance of Big Drop (Say Cb) = 4πεR
= 4πε(2r) = 8πεr .
__________
=> Cb/Cs = 2
=> Capacitance of Big drop is two times than that of smaller drop.
__________
hope it helps !
where "r" is the radius of the drop and "ε" is the permittivity of space.
__________
FINDING RADIUS OF BIG DROP:
Now 8 drops combine to form a single large drop .
then using volume conservation :
Volume of Big drop = 8 times the volume of smaller drops.
(4/3)πR³ =8× (4/3)πr³
=> R = 2r
here "R" is the radius of Big drop.
__________
=> Capacitance of Big Drop (Say Cb) = 4πεR
= 4πε(2r) = 8πεr .
__________
=> Cb/Cs = 2
=> Capacitance of Big drop is two times than that of smaller drop.
__________
hope it helps !
Answered by
1
Answer:
Capacitance of Smaller drop (say Cs)= 4πεr
where "r" is the radius of the drop and "ε" is the permitivity of space.
FINDING RADIUS OF BIG DROP:
Now 8 drops combine to form a single large drop .
then using volume conservation :
Volume of Big drop = 8 times the volume of smaller drops.
(4/3)πR³ =8× (4/3)πr³
=> R = 2r
here "R" is the radius of Big drop.
=> Capacitance of Big Drop (Say Cb) = 4πεR
= 4πε(2r) = 8πεr.
=> Cb/Cs = 2
=> Capacitance of Big drop is two times than that of smaller drop.
hope this helps you....
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