Benzene vapour at 580°c is cooled and converted to a liquid at 25°c in a continuous condenser. the condensate is drained into 1.75 m drums, each of which takes te minutes to fill. the boiling temperature of benzene is 80.1°c and the heat o evaporation is 30.765 kj mol1. the specific gravity of the liquid benzene is 0.879, the heat capacities of benzene can be calculated using the expressions (t is in degrees celsius): 5 liquid benzene: c 126.5x 10 +23.4x 10 t vapour benzene: c 74.06x 103 +32.95x 10s t-25.20x 10 t2 +77.57x 1012t3 the units for the cp values are kj mol k1 draw the hypothetical process path from vapour to liquid benzene under the conditions given. (a) 5 marks] calculate the specific enthalpies associated with each path in the diagram in (a) (b) [8 marks] calculate the flow rate of liquid benzene product in mol s1 (c) [3 marks] calculate the rate (kw) at which heat is transferred from the benzene in the condenser. (d)
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Chemistry, 21.06.2019 21:10, cordovamaria22
Identify one disadvantage to each of the following models of electron configuration: dot structures arrow and line diagrams written electron configurations type in your answer below.
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Which describes interactions between substances and stomata during photosynthesis? check all that apply. oxygen enters stomata. oxygen is released through stomata. carbon dioxide enters stomata. carbon dioxide is released through stomata. hydrogen enters stomata. hydrogen is released through stomata.
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Benzene vapour at 580°c is cooled and converted to a liquid at 25°c in a continuous condenser. the c...
Computers and Technology, 19.07.2019 03:20