magnetism
Veins
GravetyYou can.However, because your body is used to a much lower force needed, it doesn't push as hard, so you don't jump as high. This effect wears off after a few minutes of walking or attempting to jump again.
It is returning from the body's tissues and lower is oxygen. Oxygen causes the blood to be red like rust. The lower the amount of oxygen the less red the blood is.
right atrium
That is your body's way of telling you to go see a doctor.
Niacin is a B vitamin. It is used to lower cholesterol & triglycerides in the blood. It is also used to lower the risk of (MORE??) Any comments?
energy is the force check
Gravity.
Your heart pumps blood to all parts of the body.
Gravitational Force
because it is experienced by pull of earth.weight of a body is equal to force by which earth pulls body towards its centre
A redout occurs when the body experiences a negative g-force that causes a blood flow from the lower parts of the body to the head. It is the opposite effect of a greyout.
The inferior vena cava brings blood from the lower parts of the body to the heart. The blood is deoxygenated.
The inferior vena cava is the large vein carrying blood back from the lower body.
delete and rephrase this odd question please... to answer THIS question... the same as the top of the body
The Earth pulls on the Moon, and the Moon pulls on the Earth. The Sun pulls on the Moon, and the Moon pulls on the Sun. Mars pulls on the Moon (ever so slightly) and the Moon pulls on Mars. Your body pulls on the Moon (hardly measurable, but it does) and the Moon pulls on your body. The Moon and Sun and Earth's gravity pull (and push) Earth's oceans, and the ocean "tides" are the results.
Because if blood pressure in lung capillaries was as high as it is in body capillaries, the hydrostatic pressure caused by this blood pressure would force blood plasma out of the capillaries into intracellular spaces (as is done in body capillaries) or into the alveoli. This would reduce the efficiency of gas exchange.
In a healthy person, the blood pressure in the arteries of the lungs is usually lower than the pressure of the blood in the rest of the body because the blood is pumped from the weaker right side of the heart (a shorter distance from the heart) into the lungs.