Answer:
Concentration, Temperature, Mass of Particle, Solvent /medium, surface area and permeability properties of membrane.
Explanation:
The random movement of particles causes the phenomenon called diffusion. The concentration gradients of particles pushes molecules in a direction such that molecules move from a region of high concentration to a region of lower concentration.
Diffusion is a passive process (not requiring the input of energy).
The following variables are factors that affects diffusion;
Concentration - down concentration gradient favours diffusion.
Temperature - temperature increases diffusion , the kinetic energy associated with each particle also increases.
Mass/size of Particle - Smaller particles on the other hand will diffuse faster because they can move faster.
Solvent /medium Properties - Viscosity and density of the medium greatly affect diffusion. Highly viscous and dense medium slows down diffusion.
Diffusion can occur through a membrane. The two factors that are particular to diffusion through a membrane are surface area and permeability.
Answer:
The kidneys belong to the Renal system
Explanation:
The kidneys are glandular organs, which are responsible for the important function of producing urine, located on both sides of the spine. They are located outside the perioneal cavity, occupying the posterior region of the abdomen, at the height of the last two dorsal vertebrae and the first three lumbar.
Answer:
What effect does atmospheric pressure and gravity have on the human body?
Explanation:
<u><em>What is the effect of atmospheric pressure on living beings</em></u><u> </u>?: - Increases the speed of breathing and the volume of air inspired by hyperventilation. - Heart rate and blood flow are increased. - The body produces more red blood cells and hemoglobin to improve the ability to transport oxygen from the blood.
<u><em>Zero gravity is the closest thing to floating, but little has been said about its long-term effects on the human body</em></u><em>:</em> - Vertebral stretching. - Bone loss and muscular atrophy. - Space adaptation syndrome. - Fluid displacement. - Loss of heart conditions.
While both are to control glucose levels,
Type one is managed with insulin as well as diet changes and exercise, while
Type two can be managed with non-insulin meds, weight reduction, or diet changes
