No because it is numerical and so therefore it is quantitative
Yes. You need to define a level of blood pressure which would allow you to classify the patient as hypertensive or not according to whether their blood pressure was above or below that value. You will then have a binary qualitative variable. The classification may need to be bivariate: systolic and diastolic, but that does not change the argument.
[Systolic Blood Pressure+(2 x Diastolic Blood Pressure)]/3
The five advantages are; increase life expectancy, lower heart disease, lower blood pressure, lower rates of diabetes and a more productive life. The advantages are dependent upon the question.
The function of the bulb of a manual sphygmomanometer is to inflate the cuff to stop the flow of arterial blood in the arm so that the blood pressure can be determined. The bulb pumps air into the cuff, causing it to expand against the upper arm. Enough air is pumped into the cuff to stop the flow of arterial blood. The pressure is then slowly released and the point at which blood begins to flow again is recorded as the systolic pressure, representing the highest arterial pressure of the cardiac cycle. Blood flows only with the beating of the heart, however, and further pressure is released until the arterial blood flows freely. This point is recorded as the diastolic pressure, representing the lowest arterial pressure when the heart is at rest.
What you have written is the test...an independent variable may be something like the type/length of exercise, the dependant variable in this case is the blood pressure.
The blood pressure of the participants in the study
No,Blood pressure is a quantitative variable because it is measured in numbers
The volume of blood is dependent on how fast our heart beats. A term called blood pressure is used to determine the pressure at which the heart pumps the blood.
The dependent variable in Shannon Lucid's experiment could be her cognitive performance or physical health measures, such as reaction time, memory recall, or physiological markers like heart rate or blood pressure. These variables would be influenced by the conditions of the experiment and possibly the effects of space travel on the human body.
No. Because blood pressure is continuous variable. Like temperature, a person's weight and height, the measured value occurs over a continuous scale.
Yes. Blood pressure is dependent on emotional state. Both happy and angry emotional state can trigger blood pressure.
No because it is numerical and so therefore it is quantitative
Diastolic Blood Pressure
High Blood Pressure and Hypertension are the same thing
Pulse pressure is the difference between the systolic and diastolic blood pressure readings.
Yes. You need to define a level of blood pressure which would allow you to classify the patient as hypertensive or not according to whether their blood pressure was above or below that value. You will then have a binary qualitative variable. The classification may need to be bivariate: systolic and diastolic, but that does not change the argument.