Class 11 Chemistry || Boyle’s law in Nepali || State of Matter Explanation || NEB Chemistry

Nepali Education YT1 minute read

Gas volume studies show that pressure and volume have an inverse relationship when plotted at constant temperature, forming either a hyperbolic curve or a straight line. This implies that pressure is inversely proportional to volume or the reciprocal of volume.

Insights

  • When pressure is plotted against volume at constant temperature, a hyperbolic curve is formed, revealing an inverse relationship between pressure and volume.
  • Plotting pressure and volume at constant temperature results in a straight line, demonstrating the inverse proportionality of pressure to the reciprocal of volume.

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Recent questions

  • What relationship exists between pressure and volume in gases?

    In gases, pressure is inversely proportional to volume.

  • How does pressure change with volume in gases?

    Pressure decreases as volume increases in gases.

  • What type of curve is formed when pressure is plotted against volume in gases?

    A hyperbolic curve is formed when pressure is plotted against volume in gases.

  • What happens to pressure when volume is decreased in gases?

    Pressure increases when volume is decreased in gases.

  • What type of line is obtained when pressure and volume are plotted at constant temperature in gases?

    A straight line is obtained when pressure and volume are plotted at constant temperature in gases.

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Summary

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Gas volume study reveals inverse relationships.

  • In the study of gas volume, it is observed that when pressure is plotted against volume at constant temperature, a hyperbolic curve is formed, indicating that pressure is inversely proportional to volume. Additionally, when pressure and volume are plotted at constant temperature, a straight line is obtained, showing that pressure is inversely proportional to the reciprocal of volume.
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