At the lungs so you can breath it out and remove it from your body.
Red blood cells drop off carbon dioxide and pick up oxygen in the capillaries of the tissues in the body. This process occurs in response to the concentration gradient of gases between the blood and the surrounding tissues, enabling efficient exchange of gases for cellular respiration.
The primary function of white blood cells is to fight infection. Red blood cells carry oxygen from the lungs to the body tissues, and carbon dioxide as a waste product away from the tissues and back to the lungs.
Yes, cars emit carbon dioxide when they are in operation.
Oxygen and nutrients are two things that the blood drops off to cells for them to live and function properly. Oxygen is essential for cellular respiration, while nutrients provide energy and building blocks for cellular processes.
No. Animal cells use Oxygen and give off carbon dioxide as a waste product. Plant cells use carbon dioxide and give off oxygen.
it drops off co2 (carbon dioxide)
No. The red blood cells get oxygen at the lungs, not drop off carbon dioxide.
It needs to get oxygen from the lungs, or drop off carbon dioxide to exhaled out of the body.
Actually, they don't drop off anything at the lungs. They do pick up oxygen. Carbon dioxide is dropped off but it is carried dissolved in the blood itself.
Blood drops off oxygen and picks up carbon dioxide in the capillaries of tissues throughout the body. Oxygen is released from the red blood cells and diffuses into the tissues, while carbon dioxide produced by the cells enters the blood to be transported back to the lungs for removal.
Red blood cells drop off carbon dioxide and pick up oxygen in the capillaries of the tissues in the body. This process occurs in response to the concentration gradient of gases between the blood and the surrounding tissues, enabling efficient exchange of gases for cellular respiration.
CO2, Carbon Dioxide.
Carbon Dioxide. (CO2 )
carbon dioxide
Oxygen and Carbon Dioxide.
Carbon Dioxide
Carbon dioxide concentrations in the blood