Calculate the area, Chemistry

Assignment Help:

1.      Air is available at 70°F and humidity of 0.001lb/lb.  It is to be treated to yield 130°F and 70% humidity.  Offer a reasonable design.

2.      A mix of granular ceramic material is to be dried in a rotary drier from X = 0.5 to 0.001 lb/lb where the solid is fed at 1000 lb/h dry basis and inlet temperature of 70°F.  Hot and dry air at 200°F and 0.03 lb/lb humidity is available.  The wet solid can be assumed to be at a constant drying regime.  If U = 0.01m0.8  Btu/(hft2°F), calculate this constant drying rate.  Calculate the area of transport.

 

 

 


Related Discussions:- Calculate the area

High ionisation energy, High ionisation energy: The high ionisation en...

High ionisation energy: The high ionisation energy of helium (24.6 eV) makes it a potential gas to be used in plasma source. The nitrogen gas is generally not used as a pla

Tyndall effect, what is tyndall effecet? can you give an example

what is tyndall effecet? can you give an example

Hydrides.., How to write conclusion for this topic hydrides

How to write conclusion for this topic hydrides

Structure of Atom, How much time a hydrogen electron will take when it goes...

How much time a hydrogen electron will take when it goes from first orbit to second orbit?

Aromaticity or aromatic character, Aromaticity or aromatic character T...

Aromaticity or aromatic character The characteristic behaviour of aromatic compounds is termed as aromaticity. Aromaticity is due to the extensive delocalisation of p-electron

Science, unique prperties of colloids

unique prperties of colloids

Recrystallization, what is the relationship between the rate of cooling and...

what is the relationship between the rate of cooling and the size of crystals?

Volumetric analysis, how to determine the concentration of citric acid give...

how to determine the concentration of citric acid given that it reacts with sodium hydroxide

why -x are called deactivating o&p groups? , It can be because these group...

It can be because these group tend to decrease the electron density when attached to a benzene or other ring structure preferentially at ortho and pera position.

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd