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Standard XI

Physics

Basic Differentiation Rule

The linear de...

Question

The linear density of a rod of length ‘L’ at a distance ‘x’ from one end is given by calculate the mass of rod, given $λ_{0}$ is the density of the rod at x = 0.

$4 λ_{0} L$

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$\frac{3}{2} λ_{0} L$

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$λ_{0} L$

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$2 λ_{0} L$

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The linear density of a rod of length ‘L’ at a distance ‘x’ from one end is given by calculate the mass of rod, given λ0 is the density of the rod at x = 0.

\N

The linear density of a rod of length ‘L’ at a distance ‘x’ from one end is given by calculate the mass of rod, given $λ_{0}$ is the density of the rod at x = 0.