Question

this equation is not Bernoulli's Equation. Since, there exists " 1 " in the right side

Answer 1

this would prolly be more effective within the original post ... as is it just comes across as a crazy persons rant :)

Answer 2

It sounds like you're saying this--or something.
\[\large C_p=\frac{p-p_e}{\frac12 pV^2_e}+1\]

Answer 3

Please, solve the following differential equation:
y' + p(x)y=q(x) \sqrt{y}\ - 1