Physics, 09.09.2020 14:01, mememe87

Need Help with Units (Updated) I am trying to iteratively calculate the Closure Temperature (Tc) of an arbitrary radiogenic isotope system given the activation energy (E), diffusivity (d_o/a^2), and cooling rate (dT/dt). Values are: Closure Temp (Tc): 600C = 873.15K (A random number I picked for the first iteration) Activation Energy (E): 50000 cal/mol Ideal Gas Constant: 1.987 calK/mol A: 55 (unitless) Diffusivity (D(nought)/a^2): 100 cm^2/s Cooling Rate (dt/dT): 10 deg. C / million years = (3.17110^ -13) deg. C / second Important note: Our professor said that D(nought) units will cancel Cooling rate (dt/dT) units. I've gotten it down to: $\frac{1}{ln\left [ \left ( K-273.15 \right )* ^{\circ}Ccm^{2} (3.153610^{13}})\right K]}$ Im having the most trouble converting C to K. Our answer for Tc should be in degrees Celcius and we are to plot Tc as a function of cooling rate.

Need Help with Units (Updated) I am trying to iteratively calculate the Closure Temperature (Tc) of

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Need Help with Units (Updated) I am trying to iteratively calculate the Closure Temperature (Tc) of...