mainpy 1 from numpy import log as in sqrt pi 2 e def case2 4 5 pdrop floatinputpressure drop psi

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Question

main.py from numpy import log as In, sqrt, pi E = 2.71828 def Case_2(): P_drop = float(input('Pressure drop (psi) - ')) D = float(input('Diameter (ft) - ')) e = float(input('roughness ratio - ')) L = float(input('length of the pipe (ft) - ')) rho = float(input('density (ibm/ft^3) - ')) v = float(input('viscosity (ibm/ft s) - ')) Re = float(input('guess Re number - ')) gc = 32.2 ln2 = 144 g = 32.2 output = "| Re | fF | u (ft/s) |\n" output += "|---|----|----------|\n" for i in range(20): u = (P_drop * (D**5) * (gc**0.5) / (L * (e**1.5) * (rho0.5)))0.2 output += "| %d | %g | %g |\n" % (Re, fF, u) Re_new = rho * u * D / v if int(Re_new) == int(Re): output += "| %d | %g | %g |\n" % (Re, fF, u) break return output with open("Case2.md", "a") as file: file.write(Case_2())

          main.py 
from numpy import log as In, sqrt, pi 
E = 2.71828 

def Case_2():
    P_drop = float(input('Pressure drop (psi) - '))
    D = float(input('Diameter (ft) - '))
    e = float(input('roughness ratio - '))
    L = float(input('length of the pipe (ft) - '))
    rho = float(input('density (ibm/ft^3) - '))
    v = float(input('viscosity (ibm/ft s) - '))
    Re = float(input('guess Re number - '))

    gc = 32.2
    ln2 = 144
    g = 32.2

    output = "| Re | fF | u (ft/s) |\n"
    output += "|---|----|----------|\n"

    for i in range(20):
        u = (P_drop * (D**5) * (gc**0.5) / (L * (e**1.5) * (rho**0.5)))**0.2
        output += "| %d | %g | %g |\n" % (Re, fF, u)

        Re_new = rho * u * D / v

        if int(Re_new) == int(Re):
            output += "| %d | %g | %g |\n" % (Re, fF, u)
            break

    return output

with open("Case2.md", "a") as file:
    file.write(Case_2())

mainpy 1 from numpy import log as in sqrt pi 2 e def case2 4 5 pdrop floatinputpressure drop psi 6 d floatinputdiameterft 7 zvndueozp 8 e floatinputroughness ratio 9 l floatinputlength of 52081

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