W₁= $\frac{V*s}{10000}$ W₁=n*q

K_n=K_s+K_z

K_s = K_am + K_ub + K_kr + K_pg K_z = K_paliwa+smaru +K_pl + K_ez + K_np

K_am =$\frac{Cm*Co}{T*h}$ K_ub=$\frac{Cs*Cub}{h}$ Cs=$\frac{Cm + Co}{2}$ K_pg=$\frac{Cm*kpg}{h}$ K_kr=$\frac{Cs*ikr}{h}$ K_pis=(1+ksm)Zp*Cp

Kpł = Cr(1-Bpł) Kez=$\frac{\text{Ce}z}{\text{hez}}$ Knp=$\frac{Cm*km}{T*h}$ K=$\frac{\text{Kn}}{W07}$

Px=f₁*G+k₀*a*b+ɛ*a*b*v²

K₀₂=$\frac{T1}{To2}$=$\frac{T1}{T1 + T21 + T22 + T23}$ K₀₄==$\frac{T1}{To4}$=$\frac{T1}{T1 + T21 + T22 + \ldots}$ W₀₂=$\frac{\text{Qc}}{To2}$ W₀₄=$\frac{\text{Qc}}{To4}$

W₀₇=$\frac{\text{Qc}}{To7}$ W₀₈=$\frac{\text{Qc}}{To8}$ W₁>W₀₂>W₀₄>W₀₇>W₀₈ ƞ_wyd=$\frac{W07}{W1}$ lub $\frac{W08}{W1}$ ƞ_wyd=K₀₇ lub $\frac{T1}{T08}$

Vr=vt(1-δ) Px=(1-k)G_Df_z

N_f=(Gcosα+k*G+k*G_D)*f*Vr Nδ=Pn*$\frac{\delta}{100}$*vt Pn=Gx+Px+Gyf₀

N_w=(G+G_D)sinα*Vr Nm=Ne(1-ƞ)

Ne=Nu+Nf+Nδ+Nw+Nm Nu=Px*Vr,