Name: Score:
157 Multiple choice questions
Definition 1 of 157
Normal values for LVIDd (2D and M) in both men and women
5.3 women
5.9 men
3.2 cm
3.8 women
4 men
3.4 cm
Definition 2 of 157
normal RA area
20-30 cm^2
30-40 cm^2
5-9 cm^2
10-19 cm^2
Definition 3 of 157
Normal values for LVPWd (2D and M) in both men and women
3.9 women
3.9 men
0.9 women
1 men
2.6 cm
3.8 women
4 men
,Definition 4 of 157
pathologies that increase afterload:
suprasternal view
A- ascending aorta
B- right pulmonary artery
C- brachiocephalic (innominate)
D- Lt CCA
E- Lt subclavian artery
valvular aortic/pulmonic stenosis
subvalvular aortic/pulmonic stenosis
supravalvular aortic/pulmonic stenosis
systemic/pulmonary hypertension
coarctation of the aorta
renal artery stenosis
Apical five chamber view
A- LV
B- RV
C- RCC
D- NCC
E- LA
F- MV
G- RA
H- IVS
I- IAS
subcostal four chamber view
A- Liver
B- LV (structure to the left is RV)
C- RA
D- LA
,Definition 5 of 157
Ninety degree rotation of the transducer head reveals the ______ ____ in cross-section and the _____
_________ _____ in longitudinal axis
pulmonary trunk, right atrium
aortic arch, right pulmonary artery
left atrium, left ventricle
inferior vena cava, superior vena cava
Definition 6 of 157
Normal values for RVIDd (2D and M)
2-3 cm (plax)
1-2 cm (plax)
3-4 cm (plax)
4-5 cm (plax)
Definition 7 of 157
An increase in afterload means that the _______ must produce a ______ force, which leads to a ______ in
the rate of fiber shortening and _____ __________
atrium, lesser, increase, cardiac efficiency
ventricle, lesser, increase, blood flow
ventricle, minimal, stabilization, heart rate
ventricle, greater, decrease, cardiac performance
, Term 8 of 157
subcostal four chamber view
A- Liver
B- LV (structure to the left is RV)
C- RA
D- LA
label the diagram and name this view
label the diagram (except for E) and name this view
what is well visulaized in the A3C view?
what is the apical long axis (A3C) view good for?
Definition 9 of 157
ejection fraction equation M Mode (teichholz)
(LVIDd)^3 - (LVIDs)^3/ (LVIDd)^3 x 100 = EF%
subcostal four chamber view
A- Liver
B- LV (structure to the left is RV)
C- RA
D- LA
aortic insufficiency and aortic coarctation
Innominate, left CCA, and left subclavian
157 Multiple choice questions
Definition 1 of 157
Normal values for LVIDd (2D and M) in both men and women
5.3 women
5.9 men
3.2 cm
3.8 women
4 men
3.4 cm
Definition 2 of 157
normal RA area
20-30 cm^2
30-40 cm^2
5-9 cm^2
10-19 cm^2
Definition 3 of 157
Normal values for LVPWd (2D and M) in both men and women
3.9 women
3.9 men
0.9 women
1 men
2.6 cm
3.8 women
4 men
,Definition 4 of 157
pathologies that increase afterload:
suprasternal view
A- ascending aorta
B- right pulmonary artery
C- brachiocephalic (innominate)
D- Lt CCA
E- Lt subclavian artery
valvular aortic/pulmonic stenosis
subvalvular aortic/pulmonic stenosis
supravalvular aortic/pulmonic stenosis
systemic/pulmonary hypertension
coarctation of the aorta
renal artery stenosis
Apical five chamber view
A- LV
B- RV
C- RCC
D- NCC
E- LA
F- MV
G- RA
H- IVS
I- IAS
subcostal four chamber view
A- Liver
B- LV (structure to the left is RV)
C- RA
D- LA
,Definition 5 of 157
Ninety degree rotation of the transducer head reveals the ______ ____ in cross-section and the _____
_________ _____ in longitudinal axis
pulmonary trunk, right atrium
aortic arch, right pulmonary artery
left atrium, left ventricle
inferior vena cava, superior vena cava
Definition 6 of 157
Normal values for RVIDd (2D and M)
2-3 cm (plax)
1-2 cm (plax)
3-4 cm (plax)
4-5 cm (plax)
Definition 7 of 157
An increase in afterload means that the _______ must produce a ______ force, which leads to a ______ in
the rate of fiber shortening and _____ __________
atrium, lesser, increase, cardiac efficiency
ventricle, lesser, increase, blood flow
ventricle, minimal, stabilization, heart rate
ventricle, greater, decrease, cardiac performance
, Term 8 of 157
subcostal four chamber view
A- Liver
B- LV (structure to the left is RV)
C- RA
D- LA
label the diagram and name this view
label the diagram (except for E) and name this view
what is well visulaized in the A3C view?
what is the apical long axis (A3C) view good for?
Definition 9 of 157
ejection fraction equation M Mode (teichholz)
(LVIDd)^3 - (LVIDs)^3/ (LVIDd)^3 x 100 = EF%
subcostal four chamber view
A- Liver
B- LV (structure to the left is RV)
C- RA
D- LA
aortic insufficiency and aortic coarctation
Innominate, left CCA, and left subclavian
