he barometer shows a value of 740 mm Hg; dry bulb temperature 40 ° C; wet bulb temperature is 30 ° C. Specify: a. Relative humidity b. Absolute humidity c. Dew point temperature

Q: Calculate the density of oxygen gas at a temperature of 57 C and a pressure of 5 MPa.

A: Density of oxygen at 570C and 5 MPa is asked

Q: 2. Usually weather data is collected by releasing He or H2 filled balloons carrying the required…

A: GIVEN Radius of Sphere= 1m TO CALCULATE Work done

Q: An oil burner nozzle is labeled 60°. This is the angle from straight ahead tothe direction that the…

A: Paper is placed 12 inches from the nozzle.  the oil burner is labeled at 600C, The Schematic of the…

Q: In distillation of kerosene, a steel pipeline (k = 47 W/m.°C) with inside surface temperature of…

A: Given that, The inside surface temperature of steel pipe T1 = 250oC  Inside diameter D1 = 8 cm =…

Q: 3. A long hollow cylinder has inner and outer radii R, and R2, respectively. The temperature of the…

A: Given details, For Hollow Cylinder of  Inner radius=R1 at Temperature T1 Outer radius=R2 at…

Q: Now explore the influence of the mass of the block. Using the copper block and a 4.0 second flame,…

A: Given that, The initial temperature of 10 g block T1 = 20oC The final temperature of 10 g block T2 =…

Q: None

A:

Q: Estimation of the viscosity of a dense gas. Estimate the viscosity of NITROGEN at 65°F and 1000…

A: It is given that nitrogen gas is at temperature of 65oF and pressure of 1000 psig.

Q: My sister and I can play tennis. quite well not at all a littie bit I read . one lecture the O none…

A:

Q: Why the temperature of the gas exiting the CSTR is different from the temperature of the entering…

A: Constant stirred tank reactor (CSTR) is a continuous, perfectly mixed reactor.

Q: The volume of an object increases with decreasing temperature * TRUE neither true nor false both…

A:

Q: 5.3-6. Unsteady-State Conduction in a Brick Wall. A flat brick wall 1.0 ft thick is the lining on…

A: To solve this problem, we can use the following equation for unsteady-state conduction in a…

Q: how the temperature distribution across different flat and cylindrical contacting solids varies with…

A: The sketch of the mentioned equation in the question is to be plot along with proper data and…

Q: Identity the type of energy transferred to your body in each of the following as either energy,heat…

A: The transfer of energy to body takes place in the form of heat transfer, work done or by changing in…

Q: A pipe (ID: 130 mm, OD: 165 mm, k=15 W/m²-K, Length: 2 meters)is insulated with several materials,…

A:

Q: Answer the question below: Experiment 1: Calibration of a Calorimeter Results Time (in minutes)…

A: Before HeatingTime minutes Temperature (C)024.50.524.61.024.71.524.82.024.92.524.93.025.0Heater…

Q: Convert 50 psia (lbf/in.2 absolute) to kPa:

A: The conversion of pressure from one unit to another is to be done.

Q: Use the on-line psychrometric chart (link in this module) to help solve this problem. The surface…

A: Given data: Surface temperature of the steel duct = 18 0C Dry bulb temperature of the surrounding…

Q: A spherical object at 10 °C was taken into a bath at 60 °C. The core temperature-time values ​​of…

A: Answer: Initial temperature of the spherical object, T0 = 10°C = 283 K Bath temperature, T∞ = 60°C =…

Q: What happens to the vapor pressure of a substance when its surface area is increased at constant…

A: The effect on the vapor pressure of a substance as its surface area increased is to be determined…

Q: QUESTION 8 Relative Humidity influenced by pressure and geographic location O By pressure only O…

A:

Q: / Air ine room with dimensions are 4 mx 6 m x 3.5 m have density of air is 1080 g/m². Calculate the…

A: We know  that, Density = Mass/ Volume Where,  Density = 1080 g/m3

Q: Q.2 An Aluminum plate of area 500cm2 is heated up for 5 seconds and its temperature increases from…

A: Area of Aluminium Plate=500cm2=0.05m2 Thickness=2cm=0.02m Mass of Aluminium plate=3.46kg Time up to…

Q: None

A:

Q: 3 - What is the energy equation used in orifice meter? 4 - Define vena-contracta?

A: Energy equations work on the principles of conservation of energy.

Q: Estimate the thermal conductivity of the Meat at 35 ° C. (Water content = 75.0% wet basis). Thermal…

A: Thermal conductivity is the intrinsic property of the material, it actually relates the ability of…

Q: Calculate the accentic factor of oxygen gas at 30 C and 5Mpa.

A:

Q: True or False

A: Ans 1- True  2-  False ( because cooling and chilling rate are governed by any of form it can be…

Q: If a beaker of water is placed in a bell jar, and the water is maintained at constant temperature…

A: Introduction A bell jar is a glass jar, similar in shape to a bell , often used in laboratories to…

Q: Warm body fiulds remove neat Trom the body as they expelled and evaporated is a prOcess of losing…

A: In the human body, there are five modes of heat loss. They are as follows: Evaporation Respiration…

Q: Q3/A: Consider the interval from 21 F to 85 F. a. Calculate the equivalent temperatures in "C and…

A: Given:

Q: A 4 mm diameter tube, 40 cm long, closed at one end and standing vertically on its closed end, is…

A: Given, d= 4mm, L=40 cm, T=17oC, ρ=790 Kg/m3 System is uni-component diffusion…

Q: The following physical properties for carcass cooling: p = 1073 kg / m3, cp = 2.48 kJ / kg ° K and k…

A: Given: Physical properties of the carcass: Density, ρ = 1073 kg/m3 Specific heat capacity, Cp = 2.48…

Q: Which of the following is true O a. Piezometer can be applicable for high pressure measurements O b.…

A: Answer: c. Piezometer cannot be applicable for high pressure measurements

Q: Why is it that when a bagasse is dried at above100 degrees Celsius at the dryer chemical process…

A: It is to be stated that why all water gets removed from bagasse if it is dried above 100 degree…

Q: Evaluate the change in temperature from point A to E, with regard to heat.

A: In this graph, we can see that, At point A, phase is vapour or gas and temperature is decreasing…

Distillation

Distillation is a process/technique to separate more volatile components from less volatile components using the principle of relative volatility. In chemical engineering, distillation is one of the most common and important topics that is involved in almost every industry and process.