Absorption
The net movement of oxygen into the cell is primarily driven by concentration gradients. Oxygen concentration is typically higher in the extracellular environment than inside the cell, creating a concentration gradient that favors the movement of oxygen from higher to lower concentration. This allows oxygen to diffuse into the cell until equilibrium is reached, ensuring the cell has sufficient oxygen for its metabolic needs.
The movement of the blood is called circulation.
Diffusion is the process used to transport substances (such as oxygen and carbon dioxide) into and out of the cell.
Pizza
net movement is in, cell will not burst as cell contains cell wall, but the cell will be very turgid.
Chromosomal movement is present throughout the cell division, but the first prominent movement is when the cell is in metaphase where the chromosomes move to line up at the middle of the cell.
From the blood to the cell.
The movement of the blood is called circulation.
it controls the movement in and out of the cell . examples : water, food, oxygen and wastes
Osmosis always involves the movement of water. During osmosis water will move in and out of the cell or membrane.
Partial pressure affects the movement of oxygen from the alveoli to the blood because it is the main driving force for oxygen movement in the lungs.Oxygen passes from the air to the fluid within the alveoli, into the cell of the alveoli.
Glucose is too big to pass through.
Diffusion is the process used to transport substances (such as oxygen and carbon dioxide) into and out of the cell.
Pizza
Oxygen is needed by every cell of the body for respiration to release energy. The blood carries the oxygen from the lungs to all parts of the body.
EXOCYTOSIS
The movement of materials into and out of the cell
By passive diffusion down its concentration gradient, which requires no energy expenditure from the cell. Basically, if you have more oxygen outside a cell than inside a cell, it travels through channels or holes in the cell membrane until the concentration of oxygen is equal inside and outside the cell.