Worksheets2.2.9-2.2.11 - Systolic & Diastolic Blood Pressure
Total questions: 23
Worksheet time: 12mins
Systolic Blood Pressure
The force exerted by blood on arterial walls during ventricular relaxation
The force exerted by blood on arterial walls during ventricular contraction
Movement of blood through the vessels
Force that opposes the flow of a fluid
Diastolic Blood Pressure
The force exerted by blood on arterial walls during ventricular relaxation
The force exerted by blood on arterial walls during ventricular contraction
Movement of blood through the vessels
Force that opposes the flow of a fluid
Flow
The force exerted by blood on arterial walls during ventricular relaxation
The force exerted by blood on arterial walls during ventricular contraction
Movement of blood through the vessels - related to SV & HR
Force that opposes the flow of a fluid
Resistance
The force exerted by blood on arterial walls during ventricular relaxation
The force exerted by blood on arterial walls during ventricular contraction
Movement of blood through the vessels - related to SV & HR
Force that opposes the flow of a fluid
Which of the following represents normal blood pressure?
100/60mmHg
120/80mmHg
140/90mmHg
160/100mmHg
What immediate response can we expect when someone begins running at a moderate intensity?
Increase in Systolic Blood Pressure
Increase in Diastolic Blood Pressure
Decrease in Systolic Blood Pressure
Decrease in Diastolic Blood Pressure
Blood Pressure will increase with an:
Increase in stroke volume
Increase in heart rate
Decrease in stroke volume
Decrease in heart rate
Blood pressure will be lower with:
Lower compliance of blood vessels
Lower volume of blood
Greater compliance of blood vessels
Greater volume of blood
With an increase in blood viscosity there will be an:
Decrease in peripheral resistance & increase in blood pressure
Increase in peripheral resistance & decrease in blood pressure
Increase in peripheral resistance & increase in blood pressure
Decrease in peripheral resistance & decrease in blood pressure
The length of a blood vessel is directly proportional to its resistance
True
False
The longer a blood vessel, the:
Greater the resistance & lower the blood pressure
Less the resistance & greater the blood pressure
Greater the resistance & greater the blood pressure
Less the resistance & lower the blood pressure
When the heart contracts this gives:
Systolic Blood Pressure
Diastolic Blood Pressure
When the heart relaxes this gives:
Systolic Blood Pressure
Diastolic Blood Pressure
Diastolic blood pressure increases in proportion to exercise intensity
True
False
Diastolic blood pressure remains relatively unchanged during dynamic exercise
True
False
During maximal exercise:
Systolic blood pressure will remain relatively unchanged
Diastolic blood pressure will remain relatively unchanged
Systolic blood pressure can rise to about 200mmHg
Diastolic blood pressure can rise to about 200mmHg
During prolonged cardiovascular exercise, systolic blood pressure may:
Remain the same due to cardiovascular drift features
Gradually increase due to cardiovascular drift features
Gradually decrease due to cardiovascular drift features
When running we can expect systolic blood pressure to be:
Higher than rest
(around 150mmHg)
Lower than rest
(120mmHg or less)
About the same as at rest (around 120mmHg)
When running we can expect diastolic blood pressure to be:
Higher than rest
(around 100mmHg)
Lower than rest
(70mmHg or less)
About the same as at rest (around 80mmHg)
When holding a plank we can expect systolic blood pressure to be:
Higher than rest
(around 150mmHg)
Lower than rest
(120mmHg or less)
About the same as at rest (around 120mmHg)
Much higher than at rest (around 200mmHg)
When holding a plank we can expect diastolic blood pressure to be:
Higher than rest
(around 150mmHg)
Lower than rest
(70mmHg or less)
About the same as at rest (around 80mmHg)
Much higher than rest (around 200mmHg)
Peripheral vascular resistance is affected very similarly during dynamic and static exercise
True
False
During static exercise muscles create higher pressure on the blood vessels in contrast to the pressure created by the muscles during dynamic exercise
True
False
