Brownian motion

Brownian movement

Brownian motion is a peculiar zig-zag continuous motion reserved only for particles that fit the size 10-9 to 10-6 m, as this article illustrates. We have also covered their importance.

Rutherford disproved Thomson's theory of the atom in 1911. He later described this as ‘quite the most incredible event that has ever happened to me in my life.'

Brownian Motion: The random movement of particles in a colloid caused by collisions between the particles.

What is the difference between Catalytic Cracking and Catalytic Reforming? Catalytic cracking mainly gives small alkanes and alkenes; Catalytic reforming ..

Robert Brown, botanist, mostly known for Brownian Motion, applied in a wide range of disciplines involving stochastic processes, popular use in physics and finance.

Brownian motion is the constant and random movement of microscopic particles (for example, a speck of dust) in a liquid or gas. Due to the impact of atoms and molecules, these small bodies seen under a microscope move. The yellow circle represents a microscopic body, while the purple circles represent atoms that crash into the microscopic particle.