Related Questions

Amplitude of pulse pressure in the aorta is directly proportional to
A Stroke volume
B Aortic compliance
C Elasticity of vessel wall [Ref: Rodde/6th/Q-94/P-41]
D Velocity of blood flow
E Total peripheral resistance
Amplitude of the pulse pressure in the aorta is directly proportional to
A Stroke volume
B Total peripheral resistance
C Aortic compliance
D Velocity of blood flow
E Elasticity of vessel wall [Ref: Rodde/6th/Q-94/P-41]
Overmodulation (amplitude) occurs when signal amplitude is ___________ carrier amplitude
A Equal to
B Greater than
C Less than
D None of the above
If A varies directly proportional to C and B also varies directly proportional to C, which one of the following is not correct ?
A $$\left( {A + B} \right)\alpha \,C$$
B $$\left( {A - B} \right)\alpha \,\frac{1}{C}$$
C $$\sqrt {AB} \,\alpha \,C$$
D $$\frac{A}{B} = {\text{constant}}$$
The pulse pressure is directly proportional to
A Stroke volume
B Heart rate
C Compliance of the arterial blood vessels
D Elasticity of the arterial wall
E Diameter of the blood vessels
Pulse pressure is directly proportional to
A Stroke volume
B Radius of blood vessels
C Length of blood vessels
D Elasticity of vessel wall [Ref: Rodde/6th/Q-94/P-41]
E Viscosity of blood
The pulse pressure in the large arteries is directly proportional to
A Stroke volume
B Heart rate
C Total peripheral resistance
D Compliance of arterial wall
E Elasticity of vessel wall
What is the ratio of output amplitude to input amplitude for a sinusoidal forcing function in a first order system?
A 1
B >1
C None of these
A reduction of 21% in the price of pulse enables a person to by 10.5 kg more for Tk. 100. How much is reduced per kg of pulse?
A Tk 2.50
B Tk 2.25
C Tk 2
D Tk 2.30
The maximum recommended pulse rate R, when exercising , for a person who is x years of age is given by the equation R = 176- 0.8 x. what is the age , in years , of a person whose maximum recommended pulse rate when exercising is 140?
A 40
B 45
C 50
D 55

Next steps