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WorksheetsCirculation & Gas Exchange
Total questions: 81
Worksheet time: 45mins
what is the purpose of circulation
supply O2 and nutrients and remove waste
break down the food
get oxygen into the lungs
remove solid waste
what does an atrium do
let blood in
let blood out
exchange gases
remove waste
what does a ventricle do
force blood out
let blood in
exchange gases
remove waste
left side of the heart is high in
O2
CO2
N
H
what is the function of arteries
take blood to heart
take blood away from heart
take blood to colon
take blood to brain
what is the function of the veins
take blood toward heart
take blood away from heart
remove waste
take blood to stomach
what is the largest artery
radial
aorta
ulnar
femoral
what happens in pulmonary circulation
circulation to the lungs
circulation to the body
circulation in the heart
circulation to the brain
what happens in coronary circulation
circulation to the heart
circulation to the body
circulation to the lungs
circulation to small intestine
what happens in systemic circulation
circulation for the entire body
circulation in the heart only
circulation heart and lungs
circulation to digestion system only
how is blood pressure created
force of blood against artery wall
force of blood in the heart
force of blood in the lungs
force of blood in the goodwin
The fluid in which other parts of the blood are suspended
Platelets
Blood
Plasma
Hemoglobin
White Blood Cells
The oxygen-carrying protein in blood
Platelets
Blood
Plasma
Hemoglobin
White Blood Cells
These are between the atria and ventricles that allow blood to flow through the chambers
Pulmonary Circulation
Valves
Atria
Ventricles
Septum
Can donate red blood cells to only B & AB
Type O
Type AB
Type B
Type A
A universal donor
Type O
Type AB
Type B
Type A
Can donate red blood cells to only AB but can receive from all others.
Type O
Type AB
Type B
Type A
This vessel carries blood from the upper body to the heart.
Superior vena cava
aorta
inferior vena cava
jugular vein
The formed elements of the blood include
plasma
red blood cells and white blood cells and platelets
platelets only
albumins, globulins and fibrinogens
plasma
is a fluid connective tissue
contains dissolved proteins
contains elastic fibers
a and b are correct
whole blood consists of
plasma and formed elements
serum and intra-cellular elements
white and red-blood cells
plasma and white blood cells
formed elements in the blood is produced by
hemolysis
hemopoiesis
diapedesis
erytrocytosis
In adults the only site for the production of RBC and WBC is
liver
spleen
red bone marrow
yellow bone marrow
The average life span of a red blood cell is
10 days
20 days
100 days
120 days
The proteins found on the surface of RBCs that allow us to type blood as A, B, O or AB are called
antigens
antibodies
aggluntates
Rh factors
What is the study of blood called?
Oncology
Hematology
Cardiology
physiology
Which WBC is most numerous?
basophil
eosinophil
neutrophil
monocytes
Which of the following is not a plasma protein?
albumin
globulin
fibrogen
nucleotide
Which of the following cells are able to leave the bloodstream?
erythrocytes
leukocytes
electrocytes
thrombocytes
Which of the following WBC releases heparin & histamines for blood flow & blood clots?
neutrophils
eosinophils
basophils
monocytes
Which of the following blood cells is controlled by erythropoietin?
RBC
WBC
Platelets
Granulocytes & thrombocytes make up leukocytes.
True
False
What type of tissue is blood?
Epithelial
Connective
Muscle
Nerve
What percentage of plasma is found in the blood?
40%
92%
55%
5%
Which of the following is the largest WBC?
lymphocyte
basophil
neutrophil
monocyte
If your WBC count is raised, it could be a sign of _____.
infection
leukemia
leukocytosis
all of the above
_____ are the two most abundant electrolytes found in plasm.
Calcium & Sodium
Sodium & chloride
Potassium & chloride
Calcium & Magnesium
Which type of WBC is the "first responder", most mobile & active?
Neutrophils
Eosinophils
Basophils
Lymphocytes
Which WBC kills parasites?
neutrophils
eosinophils
monocytes
basophils
Which of the following is not a whole cell?
monocytes
thrombocytes
leukocytes
lymphocytes
Which WBC has a large, kidney-shaped nucleus?
eosinophils
lymphocytes
monocytes
basophils
Which part of a blood vessel does blood flow in?
Artery
Lumen
Gap
Capillary wall
How many layers of cells make up the wall of a capillary?
1
2
3
4
The highly branched nature of capillaries results in
the blood vessel being very delicate.
a high surface area for material exchange.
a slow blood flow to allow more time for material exchange.
all of the above.
Smooth muscles in arteries help
to push blood along through peristalsis.
to prevent the blood vessel from bursting.
to maintain blood pressure.
the blood vessel in elastic recoil in order to push the blood along during diastole.
Low blood pressure in veins is due to
their large lumen relative to the diameter.
lower blood volume.
a lot of pressure had been lost at the capillary bed.
All of the above.
Which of the following muscles relax during inhaling?
A only
B only
A and C
B and C|
The air sacs that are covered with capillaries where gas exchange takes place.
Bronchi
Trachea
Oxygen
Alveoli
Gas exchange is needed to supply _____________ to cells and remove __________________
carbon dioxide; oxygen
oxygen; food
oxygen; carbon dioxide
carbon dioxide; water
_______ function in the life-saving process of clotting blood.
Phagocytes
Leucocytes
Erythrocytes
Platelets
Fish have which type(s) of circulatory system?
Open
Closed
Single Circuit
Double Circuit
Whats the main function of the lymphatic system?
removes extra fluid from tissues and returns it to the blood stream
cleans the body
takes fluid from capillaries
lymph nodes
are bean shaped and act as checkpoints where lymph is cleaned
make up the lymphatic system's organs
are not connected to the circulatory system
are where white blood cells destroy pathogens like bacteria/viruses
the lymph vessels connect to the circulatory system via the
vena cava
aorta
pulmonary veins
pulmonary arteries
after maturing, lymphocytes leave the primary organs and go to the secondary organs _____________, where they meet pathogens and become _____________.
lymph nodes, activated
lymph nodes, destroyed
lymph capillaries, activated
lymph capillaries, destroyed
