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Gravitational Field
Gravitational Field - The space around a body within which its gravitational force of attraction is experienced, is called its gravitational field..
Gravitational Field
The space around a body within which its gravitational force of attraction is experienced, is called its gravitational field..
Relation between gravitational field intensity and gravitational potential difference
If M is the mass of a body around which a field exists and m is the test mass placed at a distance r from M in this field then, Potential energy per unit mass is gravitational potential (..
If M is the mass of a body around which a field exists and m is the test mass placed at a distance r from M in this field then, Potential energy per unit mass is gravitational potential (..Gravitational Potential
The work done in moving a unit mass from infinity to a point in a gravitational field is called the gravitational potential at that poin..
Gravitational potential difference
The work done in moving a unit mass from one point to another in a gravitational field is called gravitational potential difference. The SI unit is JKg - ..
Period of a Simple Pendulum
A simple pendulum is an arrangement in which a point mass is suspended by an inextensible weightless string in a uniform gravitational field. This is an ideal system which cannot be realized in practice. However, a pendulum consisting of a small but relatively heavy bob on..
Period of a Simple Pendulum
Period of a Simple Pendulum - A simple pendulum is an arrangement in which a point mass is suspended by an inextensible weightless string in a uniform gravitational field. This is an ideal system which cannot be realized in practice. However, a pendulum consisting of a small but..
Period of a Simple Pendulum - A simple pendulum is an arrangement in which a point mass is suspended by an inextensible weightless string in a uniform gravitational field. This is an ideal system which cannot be realized in practice. However, a pendulum consisting of a small but..Potential Difference
Consider two points in an electric field. If a free test charge +q o was placed in the field, it would flow from b to a. So we say b is at higher potential. The electric field does negative work in moving the test charge q o from a to b. If a and b a..
Consider two points in an electric field. If a free test charge +q o was placed in the field, it would flow from b to a. So we say b is at higher potential. The electric field does negative work in moving the test charge q o from a to b. If a and b a..See what our Users say :
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