each of radius a

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Find the inductance of a unit length of two parallel wires, each of radius a, whose centers are a distance d apart and carry equal currents in opposite direction. Neglect the flux within the wire.
22
Oct
Find the inductance of a unit length of two parallel wires, each of radius a, whose centers are a distance d apart and carry equal currents in opposite direction. Neglect the flux within the wire. each of radius a Find the inductance of a unit length of two parallel wires whose centers are a distance [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: each of radius a , Find the inductance of a unit length of two parallel wires , whose centers are a distance d apart and carry equal currents in opposite direction. Neglect the flux within the wire. ,
A large number of droplets, each of radius a, coalesce to form a bigger drop of radius b. Assume that the energy released in the process is converted into the kinetic energy of the drop. The velocity of the drop is (σ = surface tension, ρ = density)
11
Oct
A large number of droplets, each of radius a, coalesce to form a bigger drop of radius b. Assume that the energy released in the process is converted into the kinetic energy of the drop. The velocity of the drop is (σ = surface tension, ρ = density) A large number of droplets coalesce to [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: A large number of droplets , coalesce to form a bigger drop of radius b. Assume that the energy released in the process is converted into the kinetic energy of the drop. The velocity of the drop is (σ = surface tension , each of radius a , ρ = density) ,
A large number of droplets, each of radius a, coalesce to form a bigger drop of radius b. Assume that the energy released in the process is converted into the kinetic energy of the drop. The velocity of the drop is (σ=surface tension, ρ=density)
15
Sep
A large number of droplets, each of radius a, coalesce to form a bigger drop of radius b. Assume that the energy released in the process is converted into the kinetic energy of the drop. The velocity of the drop is (σ=surface tension, ρ=density) A large number of droplets coalesce to form a bigger drop [...]
Posted in: Cengage JEE Mains Physics by B.M Sharma , Chapter 12 - Fluid Mechanics, Surface Tension and Viscosity ,
Tags: A large number of droplets , coalesce to form a bigger drop of radius b. Assume that the energy released in the process is converted into the kinetic energy of the drop. The velocity of the drop is (σ=surface tension , each of radius a , ρ=density) ,