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Draw the curve showing the variation of ...

Draw the curve showing the variation of binding energy per nucleon as a function of mass number A. Explain the stability of the nucleus from the curve.

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UNITED BOOK HOUSE-QUESTION PAPER 2018-EXAMPLE
  1. A place electromagnetic wave Ez = 100 cos(4 \times10^-7 z - 50 t)V/m p...

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  2. What is displacement current? Why is it necessary?

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  3. Draw the curve showing the variation of binding energy per nucleon as ...

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  4. The radius of nucleus: R=R0A^(1/3) (R0=constant, A=mass No.). Taking t...

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  5. What is an antenna? Find the length of a dipole antenna for a carrier ...

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  6. Show that electric field intenstity on the surface of a charged conduc...

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  7. Why are electric lines of force not closed loop?

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  8. The electric potential at a point (x,y,z) is given by V=-x^2y-xz^3+4. ...

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  9. Show that electric field intensity is normal to equipotential surface.

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  10. What will be the charge on the capacitor in the circuit given below?

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  11. Find the energy stored in the capacitor.

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  12. Find out the expression for the magnetic field at a point on the axis ...

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  13. Two long parallel straight wires P& Q separated by a distance 5 cm in ...

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  14. Explain total internal reflection from law of refraction.

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  15. A ray of lilght is incident at a small angle theta on a rectangular gl...

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  16. Two lenses, one convex and the other concave are kept in contact. The ...

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  17. Explain the cause of dispersion of light.

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  18. What is understood by diffraction of light? In a single slit experimen...

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  19. An unpolarised light is incident at angle of polarisation on a reflec...

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  20. Why are polaroids used in sunglasses?

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