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Cardiology Quiz on Valvular Heart Diseases

Total questions: 25

Worksheet time: 13mins

Name
Class
Date
1.

Which of the following valves normally has two leaflets supported by chordae tendineae and papillary muscles?

a)

Aortic

b)

Pulmonic

c)

Mitral

d)

Tricuspid

2.

The normal orifice area of the aortic valve is approximately:

a)

1–2 cm²

b)

3–4 cm²

c)

4–6 cm²

d)

7–9 cm²

3.

The left heart operates at higher pressures because:

a)

It pumps blood into the pulmonary circulation

b)

It has larger valve orifice areas

c)

It must perfuse the systemic circulation

d)

Its valves lack chordae tendineae

4.

Which factor primarily drives valve opening and closure?

a)

Heart rate

b)

Papillary muscle contraction

c)

Pressure gradients

d)

Autonomic tone

5.

Which murmur type is described as a high-frequency blowing sound?

a)

Innocent murmur

b)

Regurgitant murmur

c)

Ejection murmur

d)

Mid-diastolic rumble

6.

Which lesion produces pressure overload with concentric hypertrophy?

a)

Aortic regurgitation

b)

Mitral regurgitation

c)

Mitral stenosis

d)

Tricuspid regurgitation

7.

Which lesion produces volume overload of both the left atrium and left ventricle?

a)

Aortic stenosis

b)

Mitral regurgitation

c)

Mitral stenosis

d)

Tricuspid stenosis

8.

In aortic stenosis, the physiologic triad of symptoms includes:

a)

Angina, syncope, dyspnea

b)

Edema, cyanosis, palpitations

c)

Cough, hemoptysis, orthopnea

d)

Ascites, fatigue, jaundice

9.

Bounding pulses and wide pulse pressure are most characteristic of:

a)

Aortic stenosis

b)

Aortic regurgitation

c)

Mitral stenosis

d)

Tricuspid regurgitation

10.

Which valve disease produces giant v-waves in the jugular venous pulse?

a)

Aortic stenosis

b)

Mitral stenosis

c)

Tricuspid regurgitation

d)

Tricuspid stenosis

11.

Which lesion typically produces a mid-systolic click?

a)

Aortic stenosis

b)

Mitral regurgitation

c)

Mitral valve prolapse

d)

Tricuspid regurgitation

12.

Giant a-waves with a slow y-descent in the JVP are most consistent with:

a)

Tricuspid regurgitation

b)

Tricuspid stenosis

c)

Mitral stenosis

d)

Aortic stenosis

13.

Which systolic murmurs are remembered by the mnemonic “MR. PASS wins the MVP”?

a)

MR, AS, Innocent, MVP

b)

MR, PR, AR, TS

c)

MR, AR, MS, TS

d)

AR, MS, PR, TS

14.

Which diastolic murmurs are remembered by the mnemonic “ARMS rest”?

a)

AR, MR

b)

AR, MS

c)

AS, MR

d)

TR, TS

15.

Aortic stenosis is best heard at the:

a)

Apex → radiates to axilla

b)

Right upper sternal border → radiates to carotids

c)

Left lower sternal border → no radiation

d)

Left upper sternal border → radiates to back

16.

Mitral stenosis is best heard:

a)

With diaphragm at apex

b)

With bell at apex in LLDP

c)

At RUSB

d)

At LUSB

17.

Which maneuver makes right-sided murmurs louder?

a)

Expiration

b)

Inspiration

c)

Standing

d)

Valsalva

18.

Which maneuver decreases preload and makes MVP murmur longer with earlier click?

a)

Squatting

b)

Handgrip

c)

Standing

d)

Passive leg raise

19.

Handgrip increases afterload and makes which murmurs louder?

a)

AS, HCM

b)

MR, AR, VSD

c)

MS, TS

d)

Innocent murmurs

20.

Which maneuver makes most murmurs softer but makes HCM and MVP louder?

a)

Handgrip

b)

Squatting

c)

Valsalva

d)

Inspiration

21.

In aortic stenosis, a late-peaking murmur suggests:

a)

Mild disease

b)

Severe disease

c)

Innocent murmur

d)

Tricuspid pathology

22.

In mitral stenosis, an earlier opening snap after S2 suggests:

a)

Mild MS

b)

Severe MS

c)

Tricuspid stenosis

d)

Innocent murmur

23.

In acute severe MR, the murmur may be:

a)

Harsh and late-peaking

b)

Shorter and softer

c)

Rumbling mid-diastolic

d)

Crescendo-decrescendo

24.

Severe tricuspid regurgitation is suggested by:

a)

Giant a-waves

b)

Giant v-waves and hepatic systolic reversal

c)

Narrow pulse pressure

d)

Wide pulse pressure

25.

Aortic regurgitation severity is suggested by:

a)

Early peaking systolic murmur

b)

Wide pulse pressure and holodiastolic flow reversal

c)

Opening snap after S2

d)

Giant a-waves