Chemical Engineering

Considering R of air = 0.287 kJ/kg.K

Pv=mRT

1000kPa * 0.1 m^3 = m * 0.287 * 500K

m=0.697kg

for T=1500K

P=3000kPa

from the equation of state

pressure = density * gas constant * temperature

See links below. See also Perry And Green's Chemical Engineering Handbook Page Chapter 2, page 2-273.

This will depend on the type of wood. but generally it ranges from 6,000 to 8,000 btu's. The harder the wood or more dense it is, is also a general rule to how much heat it wold have.

Yes, all metals are electrical conductors in all states of matter.

The lower transmittance of film would indicate a higher Optical Density (OD), or absorption, because as concentration increases, % transmittance will decrease. This is because of Beer's Law (A = 2.00 -[log (%T)]). As you can see from the equation, transmittance is directly proportional to the outcome of absorption. High %T = Lower Absorption.
Low %T = Higher Absorption.

H20 = get a life

Steam that was reduced in pressure from that at which it was generated in the boiler. Reducing the steam pressure can be accomplished by running it through a turbine or engine, a reducing valve or a regulator. Reduced pressure steam is often used for auxiliary equipment or heating systems after the primary process has been supplied steam at the generated pressure.

Yes

For a binary set of components you calculate the feed tray using the McCabe Thiele method. For more complex systems you would need to use a process simulator and perform a sensitivity analysis to determine the optimum feed tray.

Fan is the thing that makes air to the cooling metal things, the ones that carrys the water.

Exhaust is the thing it puts out all the noise.

2.0%CO2, 5.5%CO, 32%CH4, 51.9%H2 , 0.3O2 and 4.8%N2

Depending on who is asking and the type of cylinder, w/ or w/out PRV and location of the PRV, acceptable answers:

Neck, Primary Manifold Access, Inlet/Outlet, Breach Point, Secondary Valve Access.

Charging Access Point

Baden Aniline and Soda Factory

Universiti Teknologi Malaysia.

Since water does not burn, any moisture in the combustion air will simply be heated by the fire. Since water has a large heat capacity, this results in wasted energy. The drier the combustion air the more efficiently the burner will burn.

Meters works well, so do centimeters

Please see the link in the related links section.

Please note that actual viscosity of No. 6 fuel oil depends on the actual blend of products and the product specifications of the fuel oil. Fuel oils are usually classified by viscosity and sulfur. In particular more stringent sulfur specifications require more light products (light cycle oil (LCO) or unconverted oil (UCO)) to be blended into No. 6 fuel oil. This results in a less viscous fuel oil. There is no universal standard specification for No. 6 fuel oil.

Increased. In 1950, 8.4% of the total volume of crude oil consumption in the United States was imported. Imports as a percentage of the total consumption peaked at 66.6% in 2006, and have declined since to 56.9% in 2012. Note that in my calculations using the U.S. Energy Information Administration raw data, Consumption = Production - Exports + Net Imports. See also the related link for the EIA generated graph. Imports of coal, natural gas, and other forms of energy into the U.S. are considered negligable during this time period.

Manufacturers mix various oils to make an 'SAE 40' oil product. Such a mixture will not have a molecular weight.

it is the method used in textile industry ,it is done by removing sericin,a glue like substance fro silk by using soap to improve the quality of silk

Pipe class is a collection of most compatible components considering dimensional and material properties for the intended service over a range on pressure and temperature specified.

Semiconductors aren't built, they are chemicals. Maybe you are thinking of semiconductor electronic components.

The first semiconductor discovered was galena (lead sulfide) which was first used in a practical electronic component in 1874. The next semiconductor discovered was copper oxide which was first used in a practical electronic component in 1924. After that many others were discovered including selenium, germanium, and silicon.

It was not practical to build electronic components using silicon until 1958 when Fairchild perfected their silicon mesa process, then in 1959 their silicon planar process.

Depend upon material of construction...

If SS u can use HCl but immedeatly wash it by NaOH and clean cold water.