Defining ideal gas
When the colliding molecules or atoms in a gas do not have attractive intermolecular forces in between them but do possess the ideal elastic pull, those gasses are known as perfect or ideal gasses. If the explanation is provided via textual (visual) representation, ideal gasses are represented as a collection of hard spheres which does not connect with each other, but they definitely collide with each other.
Involvement of energy
When the observation is about perfect gasses, internal energy is in the form of a particular kind. You can find the energy as kinetic energy as the change in internal energy is followed by changing temperature.
Characterization of Ideal gas
An ideal gas is explained with the help of 3 variable states. They are:
- Volume
- Pressure
- Absolute temperature
The deduction of the relationship between these 3 variables, which is utilized from the kinetic theory, is termed as ideal gas law.
As per this law, its equation is,
Links of Previous Main Topic:-
- Introduction to statics
- Introduction to vector algebra
- Two dimensional force systems
- Introduction concept of equilibrium of rigid body
- Friction introduction
- Introduction about distributed forces
- Area moments of inertia in rectangular and polar coordinates
- Mass moment of inertia introduction
- Work done by force
- Kinematics of particles
- Position vector velocity and acceleration
- Plane kinematics of rigid bodies introduction
- Combined motion of translation and rotation
- Rectilinear motion in kinetics of particles
- Work and energy
- Linear momentum
- Force mass acceleration
- Simple stress introduction
- Normal strain
- Statically indeterminate system
- Introduction to thermodynamics
- Statement of zeroth law of thermodynamics with explanation
- Heat and work introduction
- First law of thermodynamics for a control mass closed system undergoing a cycle
- Open system and control volume
- Conversion of work into heat
- Introduction to carnot cycle
- Clausius inequality entropy and irreversibility introduction
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