Boiling of a liquid takes place at

  • A
    $A$ fixed temperature lower than its boiling point.
  • B
    $A$ fixed temperature and normal atmospheric pressure.
  • C
    $A$ fixed temperature higher than its boiling point.
  • D
    $A$ fixed temperature and higher atmospheric pressure.

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Similar Questions

Convert $300 \ K$ into Celsius scale and $-10^{\circ}C$ into Kelvin scale.

Name the state of matter in which:
$(a)$ Layers of particles can slip and slide over one another easily.
$(b)$ Particles just move around randomly because of very weak force of attraction.

To which physical state of matter do the following statements apply?
$(i)$ Incompressible,no fixed shape
$(ii)$ Incompressible,high melting point
$(iii)$ Compressible,no definite volume
$(iv)$ Incompressible,highly fluid

Give reasons for the following:
$(a)$ Solids are incompressible.
$(b)$ Solids have negligible kinetic energy.

$A$ sample of water under study was found to boil at $102\,^{\circ}C$ at normal temperature and pressure. Is the water pure? Will this water freeze at $0\,^{\circ}C$? Comment.

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