Bernoulli equation deals with the law of conservation ofa. momentumb. workc.  forced.energye.massClear my choice

What is the difference between the Bernoulli equation and the energy equation?Group of answer choicesThe energy equation has the “head” term, h_L considering only the piping loss whereas the Bernoulli equation has h_pump and h_turbine.The energy equation has the “head” term h_pump whereas the Bernoulli equation uses the “head" terms h_turbine and h_L.The energy equation has the “head” terms h_pump, h_turbine, and h_L for the work devices and piping loss whereas the Bernoulli equation doesn'tThe energy equation has the “head” terms h_turbine and h_L whereas the Bernoulli equation uses the term h_pump.

Identify the assumptions made for the Bernoulli equation applicable in fluid mechanics. (Check all that apply.)Group of answer choicesAlong a streamlineSteady flowIncompressible flowConstant velocity

State the Bernoulli's equation and the four assumptions governing its application

Water is pumped through an inclined pipe. The pressure, velocity, and datum at the pipe inlet are 10 bar, 17 m/s, and 0 m, respectively. The pressure, velocity, and datum at the pipe outlet are 5 bar, 21 m/s, and 4 m, respectively. Assuming g=10 m/s2 for convenience, determine the change in the Bernoulli head in m for this section of the pipe. The kinetic energy correction factors may be approximated as 1.0 for simplicity.

The Law of the Conservation of _______________ states that energy cannot be created or destroyed.A PowerB EnergyC MatterD Momentum