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The velocity (V) of a particle (in cm/s)...

The velocity (V) of a particle (in cm/s) is given in terms of time (t) in sec by the equation `V=at+(b)/(c+t)`. The dimensions of a, b and c are

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NARAYNA-UNITS AND MEASUREMENTS-EXERCISE -II (C.W)
  1. Less accurate of the four options gives below

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  2. If the ratio of fundamental units in tow systems is 1:3, then the rat...

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  3. The velocity of the waves on the surface of water is proptional to la...

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  4. The work done 'w' by a body varies with displacement 'x' as w = Ax + (...

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  5. If the units of mass, tieme and length are 100g, 20cm and 1 minute res...

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  6. The ratio of SI unit to the CGS unit of plank's constant is

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  7. The velocity fo a body is expressed as V = G^(a) M^(b) R^(c) where G i...

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  8. The velocity fo a spherical ball through a visocous liquid is given by...

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  9. Calculate x in the equation : (velocity)^x = (pressire diff.)^(3//2)xx...

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  10. For the equation F = A^(a) v^(b) d^(c) where F is force, A is area, v ...

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  11. The length of pendalum is measured as 1.01m and time for 30 oscillatio...

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  12. The dimensional formula of 1/2mu(0)H^(2) (mu(0) = permeability of free...

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  13. If the force is given by F = at + bt^(2) with t as time. The dimension...

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  14. When a wave traverses a medium, the displacement of a particle locat...

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  15. The Energy (E) angular momentum (L) and universal gravitational consta...

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  16. If the absoulte errors in two physical quantites A and B are a and b r...

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  17. The velocity (V) of a particle (in cm/s) is given in terms of time (t)...

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  18. A body weighs 22.42g and has a measured volume of 4.7cc the possible e...

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  19. If energy E, velocity v and time T are taken as fundamental quanties,...

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  20. If power (P), surface tension (S) and Planck's constant (h) are arrang...

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