4. Two liquid streams are being mixed in a well-stirred tank, producing a product streamas shown in the following figure. Each stream composed of two component, A and B.Given the information for component A on molar concentration, CAI and volumetricflowrate, F₁ for stream 1 and molar concentration, CA2 with volumetric flowrate, F2 forstream 2. Assume a perfect mixing, where properties of the mixture in stream 3 (outlet)are same as in the tank and the density, p of the liquid is constant.FI, CALF2, CA200F3, CA3

The total volumetric flowrate (F3) of the outlet stream is the sum of the volumetric flowrates of…

Answered: 4. Two liquid streams are being mixed…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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In a capillary bed, oxygen poor blood from the capillaries flows into the thoroughfare channel before flowing into a venule and ultimately back to the heart. Write a mass conservation equation for blood flowing from 3 capillaries into a thoroughfare channel. Assume that the system is at steady-state.
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1. A1 m' rigid tank has air at 100 kPa, 300 K and connected by a valve to another tank of 0.5 m3 with air at 250 kPa, 400 K. The valve is opened and the air in the two tanks mix until the mixture comes to a uniform state at 326 K. What is the final pressure of the mixture? (Select the closest value) [Whenever necessary, assume air as an ideal gas and consider R = 287 J/(kg.K).] 2. In the engine of a car that uses petrol as fuel, when the piston is at its highest position, air at 10 bar and 100°C enters the cylinder. Without any change in the volume, ignition occurs, and the air temperature rises to 1500°C. What is the air pressure after the ignition? (Select the closest value) [Whenever necessary, assume air as an ideal gas and consider R = 287 J/(kg.K).] 3. A 1-m' tank is filled with air at room temperature 20°C and pressure 100 kPa. How much air is in the tank? (Select the closest value) [Whenever necessary, assume air as an ideal gas and consider R = 287 J/(kg.K).] 4. At constant…
Evaporative cooling PLEASE DO NOT USE PSYCHROMETRIC CHART. THANK YOU In the diagram below inlet air is drawn over a pool of liquid water in a steady-state, steady-flow isobaric process. Evaporation on the pool resultsin saturated air at the exit. The pool of liquid water is assumed to be at the same temperature as the exitair. Discharge fans at the exit provide a volumetric flow rate of 800,000 ft3/min. In the diagram above inlet air is drawn over a pool of liquid water in a steady-state, steady-flow isobaric process. Evaporation on the pool resultsin saturated air at the exit. The pool of liquid water is assumed to be at the same temperature as the exitair. Discharge fans at the exit provide a volumetric flow rate of 800,000 ft^3/min. Problem #1: Assume that the exit temperature is T2 = 90 °F. For this model of the system and from thedata provided determine:a) The mass flow rate dry air through the system (lbm/sec).b) The rate of heat that is output from the R-134a condenser Qout…
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A mixture of water and steam is flowing up a 25 mm diameter channel at a rate of 4500 kg/s m2 and temperature of 295 C. Assume thermal equilibrium and find the following items at an elevation where x = 25%: a) void fraction, b) the mixture mixing cup density, c) mixture density using the HEM, d) mixture thermodynamic density
A. A sample of methane gas occupies a volume of 3.00 L at 740 mm Hg and 0.00° C. The volume increases to 5200 ml and the temperature decreases to 150 K. What is the final pressure exerted on the gas in atm? ' B. 478 ml of chlorine under a pressure of 70 cm Hg are placed in a container under a pressure of 130 cm Hg. The temperature remains constant at 296 K. What is the volume of the container in liters?
Q1: Ammonia is absorbed in water from a mixture with air using a column operating at atmospheric pressure and 295 K. The resistance to transfer can be regarded as lying entirely within the gas phase. At a point in the column, the partial pressure of the ammonia is 6.6 kN/m The back pressure at the water interface is negligible, and the resistance to transfer may be regarded as lying in a stationary gas film 1 mm thick. If the diffusivity of ammonia in air is 0.236 cm2 /s, what is the transfer rate per unit area at that point in the column?
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