Lectures related to Number density

Explores osmotic pressure and electrochemical potential, highlighting their calculation and significance in electrolyte behavior.

Covers the validation calculations for oxygen consumption in Excel.

Covers capacitance, energy storage, dielectrics, and polarization in electric circuits.

Explains the kinetic theory of ideal gases and the calculation of force and pressure on surfaces.

Explores matter, space, time, density, volume, and reference frames in understanding motion.

Explores scaling laws in micro and nanosystems, covering density, motion, electrostatic force, frequency control, and thermal vs mechanical energy.

Explains the concept of density, focusing on metals and their characteristics.

Discusses kinematic quantities and linear mass density in examples of metal wires.

Explains density, volume, and position vectors in physics, using examples like water states.

Explores chemical equilibria, atomic structure, isotopes, and molecular formulas, including exercises and tests.

Explores the photoelectric effect on a Li sphere, charging and emitting electrons.

Covers atomic structure, isotopes, molar mass, and chemical reactions.

Explores equilibrium phases in water quality modelling, illustrating with examples of mineral precipitation and pH adjustment.

Discusses methods for characterizing particle shapes and sizes, focusing on measurement challenges and the importance of standardized protocols.

Explores statistical distribution, perfect gas, equipartition principle, and virial theorem in gases.

Demonstrates the derivation of the ideal gas law from Newton's second law and explores the concept of Avogadro's number.

Explains shock Mach number, energy conservation, and density ratio in perfect gases.

Explores accurate thermophysical properties of fluids, including density, enthalpy, and viscosity, and how to interpret data tables.

Covers the ideal gas model, assumptions, ideal gas law, Avogadro's number, and macroscopic gas effects.