Explain Magnus Effect proper explanation and difference between bernoulli's theorem and magnus effect?
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magnus effect: Magnus effect is a phenomenon. it is the difference in lateral pressure which causes a spinning ball to take a curved path which is convex towards the greater pressure. it calculates with the help of Bernoulli's equation.
but
Bernoulli's equation:- it is scheme or technic for calculating pressure if you know the velocity.it states the total energy of an incompressible and non-viscous liquid in a streamline flow remain constant throughout the flow, the total energy being sum of pressure energy, potential energy, and kinetic energy of the liquid.
how you compare a phenomenon(Magnus effect), to scheme(Bernoulli's equation).they are not commensurate.it bit like what is the difference b/w distance and speed. if distance like scheme then speed like as phenomenon.
but
Bernoulli's equation:- it is scheme or technic for calculating pressure if you know the velocity.it states the total energy of an incompressible and non-viscous liquid in a streamline flow remain constant throughout the flow, the total energy being sum of pressure energy, potential energy, and kinetic energy of the liquid.
how you compare a phenomenon(Magnus effect), to scheme(Bernoulli's equation).they are not commensurate.it bit like what is the difference b/w distance and speed. if distance like scheme then speed like as phenomenon.
saka82411:
You are right
It is not distinguish able
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