Saved Review the relationships between blood flow, flow velocity, total cross-sectional area, pressure gradients, and cardiac output. Classify the following sentences according to whether the terms "greater than," "less than," or "the same as" would best complete each sentence. Greater Than Less Than Blood flow through the aorta is blood flow through the capillaries. The pressure gradient across the arteries is the pressure gradient acrossthe arterioles. The cardiac output from the left ventricle is the The total cross-sectional area of the capillaries is the total cross-sectional area of the veins. normally cardiac output from the right ventricle. The totál dross-sectional area of the capillaries is the total cross-sectional area of the veins The velocity of blood flow through the capillaries is the velocity of blood flow through the arterioles. The pressures in the pulmonary circulation are the. pressures in the systemic circulation. Blood flow through the capillaries is blood flow through the veins. The pressure gradient from the aorta to the beginning of the capillarles is the pressure gradient from the beginning of the capillaries to the right atrium. Blood flow through the capillaries is blood flow through the veins The cardiac output from the left ventricle is The pressures in the pulmonary circulation are the pressures in the systemic circulation normally cardiac output from the right ventricle the The Same AS The velocity of blood flow through an artery is the velocity of blood flow through an arteriole.
Saved Review the relationships between blood flow, flow velocity, total cross-sectional area, pressure gradients, and cardiac output. Classify the following sentences according to whether the terms "greater than," "less than," or "the same as" would best complete each sentence. Greater Than Less Than Blood flow through the aorta is blood flow through the capillaries. The pressure gradient across the arteries is the pressure gradient acrossthe arterioles. The cardiac output from the left ventricle is the The total cross-sectional area of the capillaries is the total cross-sectional area of the veins. normally cardiac output from the right ventricle. The totál dross-sectional area of the capillaries is the total cross-sectional area of the veins The velocity of blood flow through the capillaries is the velocity of blood flow through the arterioles. The pressures in the pulmonary circulation are the. pressures in the systemic circulation. Blood flow through the capillaries is blood flow through the veins. The pressure gradient from the aorta to the beginning of the capillarles is the pressure gradient from the beginning of the capillaries to the right atrium. Blood flow through the capillaries is blood flow through the veins The cardiac output from the left ventricle is The pressures in the pulmonary circulation are the pressures in the systemic circulation normally cardiac output from the right ventricle the The Same AS The velocity of blood flow through an artery is the velocity of blood flow through an arteriole.
Human Physiology: From Cells to Systems (MindTap Course List)
9th Edition
ISBN:9781285866932
Author:Lauralee Sherwood
Publisher:Lauralee Sherwood
Chapter9: Cardiac Physiology
Section9.3: Mechanical Events Of The Cardiac Cycle
Problem 2CYU
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Review the relationships between blood flow, flow velocity, total cross-sectional area, pressure gradients, and cardiac output. Classify
the following sentences according to whether the terms “greater than," "less than," or "the same as" would best complete each
sentence.
Greater Than
Less Than
Blood flow through the
aorta is
blood flow through the
capillaries.
The pressure gradient
across the arteries is
the pressure
gradient across the
arterioles.
The cardiac output from
the left ventricle is
The total cross-sectional
area of the capillaries is
normally
cardiac output from the
right ventricle.
the
the total
cross-sectional area of
the veins.
The total cross-sectional
area of the capillaries is
The velocity of blood flow
through the capillaries is
the velocity
of blood flow through the
arterioles.
the total
Blood flow through the
capillaries is
blood flow through the
veins.
The pressures in the
pulmonary circulation are
the
pressures in the systemic
circulation.
cross-sectional area of
the veins
The pressure gradient from
the aorta to the beginning of
the capillaries is
the pressure
gradient from the beginning
of the capillaries to the right
atrium.
Blood flow through the
capillaries is
blood flow through the
veins.
The pressures in the
pulmonary circulation are
the
pressures in the systemic
circulation.
The cardiac output from
the left ventricle is
normally
cardiac output from the
right ventricle.
the
The Same As
The velocity of blood flow
through an artery is
the velocity
of blood flow through an
arteriole.
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