A particle is executing Simple Harmonic Motion of amplitude 6 m and period 3⋅ 5 seconds. Find the maximum velocity of the particle.
To find the maximum velocity of a particle undergoing Simple Harmonic Motion (SHM) with a given amplitude and period, we can use the following equations that describe the motion of an object in SHM:
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Consider the blood flow in an artery following Poiseuille’s law. If the length of the artery is 3 cm, radius is 3 7 10− × cam and driving force is 3 5×10 dynes/cm2 , then using blood viscosity, µ = 0 ⋅ 027 poise, find the
(i) velocity u( y) and the maximum peak velocity of blood, and
(ii) shear stress at the wall of the artery.
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(iii) Motion is in steady state.
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