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Anurag Verma
Jul 28, 2014
In the case of a hollow metal sphere, the electric field inside the shell is zero. This means that the potential inside the shell is constant. Therefore the pot...
Amarnathreddy M
Feb 1, 2014
Adarsh Nair
Feb 23, 2015
A ballistic galvanometer is a galvanometer specially designed to measure the quantity of charge displaced in a current of short duration (such as in the chargin...
Anubhav Singh
Dec 23, 2014
Radius of the nth orbit rn ∝ n2/Z ⇒ n &#...
Altaf Hussain Shaikh Ahmed
Mar 19, 2015
Vaibhav Gumber
Jun 1, 2015
Harsha
Apr 12, 2014
The proton will move in the direction of the electric field that is the +ve X-axis to –ve X axis. proton moves in direction of the elec...
Arunima Ajan
Nov 21, 2014
Misha Jain
Aug 15, 2014
Instantaneous value of current I = 10√...
Misha Jain
Aug 15, 2014
Phase difference ϕ = π/4 radian
Frequency f = 50 Hz
Time difference Δt = ϕ/(2πf)
= π/(4 x 2π x 50)
= 1/(400)
= 0.0025 s
...
Anurag Verma
Jul 28, 2014
In the case of a hollow metal sphere, the electric field inside the shell is zero. This means that the potential inside the shell is constant. Therefore the pot...
Amarnathreddy M
Feb 1, 2014
Adarsh Nair
Feb 23, 2015
A ballistic galvanometer is a galvanometer specially designed to measure the quantity of charge displaced in a current of short duration (such as in the chargin...
Anubhav Singh
Dec 23, 2014
Radius of the nth orbit rn ∝ n2/Z ⇒ n &#...
Altaf Hussain Shaikh Ahmed
Mar 19, 2015
Vaibhav Gumber
Jun 1, 2015
Harsha
Apr 12, 2014
The proton will move in the direction of the electric field that is the +ve X-axis to –ve X axis. proton moves in direction of the elec...
Arunima Ajan
Nov 21, 2014
Misha Jain
Aug 15, 2014
Instantaneous value of current I = 10√...
Misha Jain
Aug 15, 2014
Phase difference ϕ = π/4 radian
Frequency f = 50 Hz
Time difference Δt = ϕ/(2πf)
= π/(4 x 2π x 50)
= 1/(400)
= 0.0025 s
...