User:Nicrav~enwiki

Trav and Nick are two physisest and are currently studying there degree im chemical engineering. We are good at English but chose not to be also our goals in life is to prove Newton wrong... or somthing like that.

They have come up with laws of cooling for thermodynamics which is much more simple and pracicle than Newtons law of cooling!

here it is as follows

Nicks Law Of motion cooling

Q=Ώ×(m×v×(T2-T1)^7÷(A×R×e^×(1-ρ)^10)+(Sinh(θ)×(tanh(θ)^52)÷(cosh(θ))^70) Travs Law of work in motion cooling

W=(T1×ω×Q×e^10^(x-1)^2)÷(R×T2×A) They can be combine if you solve equation one (Nicks Law of motion cooling) you find Q and you can sub into Travs law of motion work in motion cooling! How convient.

Now if you take the derivitve you can find the rate of work cooling per second, and the rate of Q cooling.

As you can see this is much easier laws of cooling/work compared to newtons laws of cooling and thermodynamics. Much more accurite to. If your confused on what the symbols mean here they are

nicks law+ Travs Law ω= angular velocitys of particles in motion (m/s) θ is in degrees T2, T1 is final and initial temperature in celcius A Area of substence cooling in m^2 m is the mass of substance cooling Kg v is the velocity in m/s R Is Raj's other wise known as the mustache constant 44.41 J/s^flux ρ Is the density of the material Kg/m^3 Q What ever these units cancell out and add with each other Travs Law only Q is what ever nicks law produces in units other wise as sp×ecified both will work fine for these equations if specified (J) W is what ever this equation produces through cancelling out and adding to each other learn index laws