Chemistry, 29.10.2019 05:31, crazylogic963
Astream of humid air containing 2.50 mol% h2o(v) and the balance dry air is to be humidified to a water content of 9.00 mole% h2o. for this purpose, liquid water is fed through a flowmeter and evaporated into the air stream. the flowmeter reading, r, is 95.0. the only available calibration data for the flowmeter are two points scribbled on a sheet of paper, indicating that readings r = 21.0 and r = 54.0 correspond to flow rates v = 44.0 ft /h and v = 98.9 ft/h, respectively. water flow estimate the flow rate of the liquid water feed if the volumetric flow rate is a linear function of r. v= i ! ft3/h - i ib-mole/h . estimate the flow rate of the liquid water feed if the reading ris a linear function of v ft3/h- i ib-mole/h
Answers: 1
Chemistry, 21.06.2019 23:00, marissastewart533
City a and city b had two different temperatures on a particular day. on that day, four times the temperature of city a was 8â° c more than 3 times the temperature of city b. the temperature of city a minus twice the temperature of city b was â’3â° c. what was the temperature of city a and city b on that day? city a was 5â° c, and city b was 4â° c. city a was 3â° c, and city b was â’1â° c. city a was 8â° c, and city b was â’3â° c. city a was 5â° c, and city b was â’5â° c.
Answers: 2
Chemistry, 23.06.2019 07:00, kotetravels10
0.88 moles of n2o5 (g) was placed in a sealed 1.00 l vessel. calculate the equilibrium concentration of n2o5. no2, and o2 and the equilibrium constant after equilibrium has been reached by 65.0% of the n2o5 decomposing.
Answers: 1
Astream of humid air containing 2.50 mol% h2o(v) and the balance dry air is to be humidified to a wa...
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