If the reaction temperature is too low, little reaction occurs and only a small amount of product is produced (little formation of B) If the reaction temperature is too high, most of primary product B reacts to form a lower-value secondary product (too much of B reacts to form C). So there is a temperature between these limits that maximizes the profitability of this reactor Consider the following data for the cost and values of A, B, and C Cost and value: V-$0.15/mol (cost of A in feed) V=$0.10/mol (value of A in product) V-$0.50/mol (value of B in product) V=$0.20/mol (value of C in product) A Use excel for the following calculation a. Select an arbitrary reactor temperature b. Use mole balance equations obtained in previous slides to calculate for CA, CB, and Cc Calculate an objective function (Ø has a unit of $/s) as c. Product value Feed Cost 0=EFCV-FCAOVAF which is Product value Feed cost Ø =FCV+FCBVB+FCcVct FCao VAF d. Repeat the calculation using a different temperature

The point in the phase diagram where the fusion curve, the vapor pressure curve, and the sublimation curve join is called the Question 4 options:   melting point.   critical point.   double point.   boiling point.   triple point.   A sample of an ideal gas is slowly compressed to one-half its original volume with no change in temperature. What happens to the average speed of the molecules in the sample? Question 5 options:   It doubles.   It halves.   cannot be determined without more information.   It quadruples.   It does not change.     Phase changes occur Question 6 options:   as the temperature decreases.   all of the above.   none of the above.   as the temperature remains the same.   as…

Calculate the heat generated from an isobaric combustion reaction, in which the reactants are at 200 °C, the products at 1500 °C, there is a lambda of 1.084 and there is a fuel with the following composition: 0.284 C3H8 + 0.052 C5H12 + 0.149 CH3OH + (1-0.284-0.052-0.149) C6H14. Give me answer fast

Take substantial derivative of desity equation    ro = (t^(2 / 3)) + (x ^ 2) - y at (x, y, t) = (1, 1, 1)

a) Plot the Fermi-Dirac Distribution, the filled state occupancy factor f(E) for a material whose EF = 1.0 eV (assume it is temperature independent) over the energy range [0.5,1.5] eV at the following temperatures (in K): 10, 100, 200, 250, 300, 350, and 400. All these f(E) plots should be on the same graph b) Plot the empty state occupancy factor 1- f(E) for a material whose EF = 1.0 eV (assume it is temperature independent) over the energy range [0.5,1.5] eV at the following temperatures (in K): 10, 100, 200, 250, 300, 350, and 400. All these f(E) plots should be on the same graph c) On the same graph, plot f(E) and 1- f(E) for the material described in parts a and b at T = 300 K

i need the answer quickly

What is neutral equilibrium?

(a) Assume that in each fission of 235U, 200 MeV is released. Assuming that 5% of the energy is wasted in neutrinos, calculate the amount of 235 U burned which would be necessary to supply at 30% efficiency, the whole annual electricity consumption in Britain 50 × 10⁹ kWh (b) A thermal reactor contains 100 tons of natural uranium (density 19) and operates at a power of 100 MW (heat). Assuming that the thermal cross- section of 235 U is 550 barns and that the uranium contains 0.7 % of 235 U. Calculate the neutron flux near the centre of the reactor by neglecting neu- tron losses from the outside, and assuming flux constant through out the lattice. [University of Liverpool 1959]

6. A block of iron initially at 800 °C is to be quenched in a water tank initially at 10 °C and 100 kPa (same as atmospheric pressure). If the iron block weighs 20 kg, what is the minimum amount of water required to avoid boiling. The water pressure is kept at 100 kPa ( same as atmospheric pressure).

Calculate the power rating (in kW) of completely combusting 36 kilograms of n-butane if the entire combustion process takes 13 minutes. Assume that there are no excess reactants, the reactants are at 25oC and 1 atm and the products are returned to the same conditions at the end. Report your answer without decimal points.