Two identical small balls each have a mass m and charge q. When placed in a hemispherical bowl of radius R with frictionless
Sahay Sir > Question Answers > Two identical small balls each have a mass m and charge q. When placed in a hemispherical bowl of radius R with frictionless
A small bead of mass m having charge -q is constrained to move along a frictionless wire. a positive charge Is at a distance L from the wire. initially bead is just above charge Q. show that if the bead is displaced at distance x where x<<l, and realsed , it will exhibit simple harmonic motion . obtain an expression for the time period of simple harmonic motion.
30
Aug
A small bead of mass m having charge -q is constrained to move along a frictionless wire. a positive charge Is at a distance L from the wire. initially bead is just above charge Q. show that if the bead is displaced at distance x where x<<l, and realsed , it will exhibit simple harmonic [...]
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A uniform nonconducting rod of mass ma and length l ,
and the charge on the drop is Q. What will be the number n of the last drop taht can still enter the sphere? ,
Electrically charged drops of nercury fall from an altitude h into a sperical metal vessel of radius R. There is a small opening in the upperapart of the vessel. The mass of eanc drop is m ,
nonconductive walls ,
the bead move ,
Two identical small balls each have a mass m and charge q. When placed in a hemispherical bowl of radius R with frictionless ,
A uniform nonconducting rod of mass ma and length l, with charge density λ as shown in fig. is hanged at the midpoint at orgin so that it can rotate in a horizontal plane without any friction. A uniform electric field E exists paralled to xaxis in th entire region. Calculated the period of small oscillation of the rod .
30
Aug
A uniform nonconducting rod of mass ma and length l, with charge density λ as shown in fig. is hanged at the midpoint at orgin so that it can rotate in a horizontal plane without any friction. A uniform electric field E exists paralled to xaxis in th entire region. Calculated the period of small [...]
Tags:
A uniform nonconducting rod of mass ma and length l ,
and the charge on the drop is Q. What will be the number n of the last drop taht can still enter the sphere? ,
Electrically charged drops of nercury fall from an altitude h into a sperical metal vessel of radius R. There is a small opening in the upperapart of the vessel. The mass of eanc drop is m ,
nonconductive walls ,
the bead move ,
Two identical small balls each have a mass m and charge q. When placed in a hemispherical bowl of radius R with frictionless ,
Two identical small balls each have a mass m and charge q. When placed in a hemispherical bowl of radius R with frictionless, nonconductive walls, the bead move, and at equilibrium the line joining the balls is horizontal and the distance between them is R (see figure). Neglect any induced charge on the hemispherical bowl. Then the charge on each bead is : (here K=14πε0 )
30
Aug
Two identical small balls each have a mass m and charge q. When placed in a hemispherical bowl of radius R with frictionless, nonconductive walls, the bead move, and at equilibrium the line joining the balls is horizontal and the distance between them is R (see figure). Neglect any induced charge on the hemispherical bowl. [...]
Tags:
and the charge on the drop is Q. What will be the number n of the last drop taht can still enter the sphere? ,
Electrically charged drops of nercury fall from an altitude h into a sperical metal vessel of radius R. There is a small opening in the upperapart of the vessel. The mass of eanc drop is m ,
nonconductive walls ,
the bead move ,
Two identical small balls each have a mass m and charge q. When placed in a hemispherical bowl of radius R with frictionless ,