No. Molecules never stop moving if they are about absolute zero in temperature.
dynamic equilibrium for Plato its A
"Even when equilibrium is reached, particles of a solution will continue to move across the membrane in both directions. However, because almost equal numbers of particles move in each direction, there is no further change in concentration." Sources: 2004 Biology 1 Textbook
not sure
No, but if the system is at equilibrium the speeds of all the molecules (assuming an ideal liquid) will be characterized by a Boltzman distribution.
Still because the particles are so close together that they can't move, unlike a liquid or gas.
dynamic equilibrium
dynamic equilibrium for Plato its A
All Particles move using their kinetic energy. Diffusion occurs because of difference in concentrations. The higher the concentration gradient the faster the diffusion rate. When diffusion happens it mixes both concentrations to obtain an equal concentrations meaning equilibrium has been reached. However, particles still move about from one section to the other, so to be more specific we say that dynamic equilibrium has been reached.
During diffusion, particles move from an area of high concentration to an area of low concentration of particles. This diffusion occurs until equilibrium is reached, which is when both areas are balanced out so that they both have the same concentration of particles as each other.
"Even when equilibrium is reached, particles of a solution will continue to move across the membrane in both directions. However, because almost equal numbers of particles move in each direction, there is no further change in concentration." Sources: 2004 Biology 1 Textbook
Yes, when equilibrium is reached, solute particles continue to diffuse across the membrane in both directions. Cells are always moving.
if the net force is equal to zero then the body is said to be in equilibrium.that is the forces acting o n the body are balanced.In this equilibrium state Fnet is equal to zero.
Particles tend to move from an area where they are more concentrated to an area where they are less concentrated, a process known as diffusion. When the concentration of a solute is the same throughout a system, the system has reached equilibrium.
not sure
Molecules move from an area from where there is a high concentration to an area where there is a low concentration. This occurs until equilibrium is reach. After equilibrium is reached, diffusion still occurs. (but in "equal trade") Diffusion is caused by the random movements of molecules.
No, but if the system is at equilibrium the speeds of all the molecules (assuming an ideal liquid) will be characterized by a Boltzman distribution.
equilibrium