Asked by Nikita
Bernoulli's equation is an expression of:
the conservation of mass
the conservation of total energy
the conservation of kinetic energy
the conservation of momentum
the conservation of velocity
My ans:
the equation states that it should be a constant when there is a streamline flow so I am guessing that it describes the conservation of total energy, in fluids?
the conservation of mass
the conservation of total energy
the conservation of kinetic energy
the conservation of momentum
the conservation of velocity
My ans:
the equation states that it should be a constant when there is a streamline flow so I am guessing that it describes the conservation of total energy, in fluids?
Answers
Answered by
bobpursley
Yes, the units of the Bernoulli equation is energy density (Joules/m^3)
You might work them out to prove that.
You might work them out to prove that.
Answered by
mary
Using conservation of energy, find the speed vb of the block at the bottom of the ramp
Answered by
Wockie
What is always true according to the Law of Conservation of Matter? (1 point)
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