systolic pressure
Systolic blood pressure is when the left ventricle contracts (first number), diastolic pressure is when the left ventricle relaxes (second number).
"Blood pressure" is the pressure exerted by the blood against the walls of the arteries, maintained by the contraction of the left ventricle, the resistance of the arterioles and capillaries, the elasticity of the arterial walls, and by the viscosity and volume of the blood.
Blood flows to the heart when the ventricle contracts
Blood can only enter an artery, be it the aorta, when the left ventricle contracts, or the pulmonary arteries, when the right ventricle contracts, which both occur at the same time after ventricular systole which is contraction. Therefore, the answer is contract.
Your answer is EDS - End Diastole Volume Keep in mind, there is a period of isovolumic contraction which is the first part of systole and during that phase no blood is actually ejected because the pressure in the ventricle hasn't exceeded the pressure in the aorta (I'm assuming we're talking about the left ventricle)
The pressure in the aorta that the left ventricle must pump blood against is called systemic arterial pressure. This pressure is necessary to ensure adequate blood flow to the tissues and organs of the body.
Left Ventricle, because it pumps blood to the systemic circuit whereas the right ventricle pumps blood to the lungs.
Enlarged chambers in the brain containing cerebrospinal fluid is called ventriculomegaly. If caused by increased CSF or increased CSF pressure, it is called hydrocephalus.They are called as ventricles. You have two lateral ventricles, one third ventricle and one forth ventricle.
The upper Blood Pressure Number is the Systolic, Which is the force of blood in your arteries when you heart beats.
The force exerted against the arterial walls when the heart contracts is called blood pressure. It is typically represented by two numbers: systolic pressure (when the heart is contracting) and diastolic pressure (when the heart is relaxed). This pressure is essential for moving blood throughout the body.
During a diastole, the blood pressure momentarily increases.
The little cords of connective tissue that attach the free edges of an atrioventricular valve to the walls of a ventricle are called chordae tendineae. These cords help to prevent the valve from prolapsing or flipping inside out when the ventricle contracts.