[Systolic Blood Pressure+(2 x Diastolic Blood Pressure)]/3
the 2 types of blood pressure distolic and cistolic
2 blood pressure
I found an interesting article on child's blood pressure. Blood pressure will change as the child grows, height and weight are a determining factor of blood pressure for children. The link is posted below.
high and low blood pressure, heart, and lungs. There four classifications of adult blood pressure. 1. Normal 2. Prehypertensive 3. Stage 1 Hypertension 4. Stage 2 Hypertension. Each of these are categorized by their variations in systolic and diastolic blood pressure readings.
Perimeter is a geometric concept that is relevant for 2-dimensional shapes. Blood pressure is not a shape.
Blood pressure at or above 140/90 is considered high blood pressure. Conversely, pressures below 100/60 (or in some cases, 90/60) are considered low blood pressure.
Blood pressure is the force or pressure that blood puts on the walls of your arteries as it goes through your body. Blood Pressure readings are usually written as 2 numbers. The first and higher number is called systolic pressure. It is the pressure in your blood vessels when your heart beats. The second and lower number is called the diastolic pressure. It is the pressure in your blood vessels when your heart is resting between beats.
Gold and Silver.
observing the various factors on blood pressure after reclining for 2-3 minutes
The first number in a blood pressure reading is the systolic blood pressure. It represents the pressure in the artery when the heart is contracting. The second number is the diastolic blood pressure, and represents the pressure when the heart is relaxing.
when a patients blood pressure is taken a tourniquet is tied in order to exert force to a area above the ankle that is called hoemconcentration and is only take when a patient has blood pressure to be checked. Not true, Hemoconcentration is the rise in cellular and protein concentration in the blood due to loss of blood plasma. This can be effected by many things including exercise. The loss of plasma in exercise can be atrributed to two things: 1. Increased blood pressure causes an increase in hydrostatic pressure in the capillaries thus forcing plasma from vasculture to intestinal compartment. 2.As metabolic waste products rise in the active muscles, intramuscular osmotic pressure increases wich attracts fluid to te muscles.