Chemistry, 19.07.2019 22:30, medintiffany413
Crude oil flows at the rate of 1000 kg/h through the inside pipe of a double pipe heat exchanger and is heated from 303k to 363k. the heat is supplied by kerosene initially at 473k flowing through the annular space. if the temperature of approach is (minimum temperature difference) at2 = 10k, determine the following: (i) heat transfer area for co-current flow and (7 marks) (ii) kerosene flow rate. (5 marks) data: specific heat of crude oil = 2.1 kj/(kg. k) specific heat of crude oil = 2.51 kj/(kg. k) overall heat transfer coefficient = 465 w/(m²k) the rate of heat transfer is given by: q = [ń cp at] = [m cp at]k = u. a. atim pht (chem. engg.
Answers: 1
Chemistry, 23.06.2019 05:00, kayranicole1
How is electrolysis most commonly used to produce an energy source? a - splitting water molecules produces oxygen, which organisms breathe to fuel their bodies. b - splitting water molecules produces hydrogen gas, which is used to power machines through hydrogen fuel cells. c - splitting carbon dioxide molecules produces coal, a form of carbon that can be burned to produce heat. d - splitting carbon dioxide molecules produces natural gas, which can be burned to generate electricity in power plants.
Answers: 1
Chemistry, 23.06.2019 05:00, andrwisawesome0
Match each term to its description. match term definition excess reactant a) reactant that can produce a lesser amount of the product limiting reactant b) amount of product predicted to be produced by the given reactants theoretical yield c) reactant that can produce more of the product
Answers: 3
Chemistry, 23.06.2019 05:30, khaylaperry
What is the morality of 2.50 l of solution that contains 1.85 mol of anhydrous sodium tetraborate?
Answers: 1
Crude oil flows at the rate of 1000 kg/h through the inside pipe of a double pipe heat exchanger and...
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