Charles' Law Calculator

In the realm of thermodynamics, one particular gas law plays a crucial role in defining how gases behave under varying temperatures: Charles' Law. This guide introduces the concept, explores the associated formulas and calculations, and delves into real-world applications. Additionally, we highlight the achievements of Jacques Charles, the man behind this influential principle.

Charles' Law Calculator
Charles' Law Calculator Results
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Understanding Charles' Law

Charles' Law, also known as the law of volumes, states that the volume of a given mass of an ideal gas is directly proportional to its absolute temperature, assuming that pressure remains constant. This principle is a fundamental cornerstone of thermodynamics and underpins the behavior of gases in a variety of contexts.

What makes Charles' Law fascinating is that it was indirectly responsible for the invention of the hot air balloon. Jacques Charles and the Robert brothers launched the first unmanned hydrogen balloon in 1783, using the principles now known as Charles' Law.

The Formula of Charles' Law

Now let's delve into the mathematical representation of Charles' Law.

V1 / T1 = V2 / T2


  • V1 is the initial volume
  • T1 is the initial temperature (in Kelvin)
  • V2 is the final volume
  • T2 is the final temperature (in Kelvin)

Real-Life Application of Charles' Law

Charles' Law can be applied to numerous real-world scenarios. For instance, it helps explain why a car tire may burst on a hot day. As temperature (T) increases, so does the volume (V) of the air inside the tire. If the volume expansion exceeds the capacity of the tire, it may cause the tire to burst. Understanding this principle is crucial for engineers and car manufacturers, who need to consider heat expansion when designing and producing tires.

Acknowledging Jacques Charles

Jacques Charles, a French inventor and physicist, was one of the key individuals in the development of the gas laws. He launched the first unmanned hydrogen balloon, which ultimately led to the understanding of how gases behave with temperature changes. This achievement forms the basis of Charles' Law, which is fundamental to our understanding of thermodynamics today.

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