Class 11 Chemistry || Boyle’s law in Nepali || State of Matter Explanation || NEB Chemistry
Nepali Education YT・2 minutes 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.
Get key ideas from YouTube videos. It’s free
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.
Related videos
DP Education - A/L සිංහල මාධ්යය
Thermal Physics | Practical No 23A - Verifying Boyle's law | A/L Physics Practical
VEDANTU NEET MADE EJEE
Boyle's Law | Easy Way | States Of Matter | NEET JEE AIIMS | 11th Board | Graph with Q.
Ma'am A
General Chemistry 1: GAS LAWS
CrashCourse
The Ideal Gas Law: Crash Course Chemistry #12
The Organic Chemistry Tutor
Gas Laws - Equations and Formulas
Summary
00:00
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.
