Draw a sketch of the following processes and place a dashed line around the system:
(a) Tea kettle
(b) Fireplace
(c) Swimming pool
It is possible but would be tough for a person from chemistry background. This is since he has to go into the basic technical aspects such as fluid mechanics, heat transfer, engineering thermodynamics, calculus and process design without which a chemical engineer is impossible.
It depends. Chemical Engineering is a fascinating subject. As an applied field os study, it requires good physics and mathematics skill. Remeber chemistry knowledge is key also. As any field if you are dedicated to study it, it is possible to succeed. But I advice is there an interest to study the field. Then working hard will determine the achievement.
None. A litre is a measure of volume in 3-dimensional space while a square metre is a measure of area in 2-dimensional space. The two measure different things and, according to basic principles of dimensional analysis, conversion from one to the other is not valid.
You don't use any... It's called Distiling... Crude oil is a micture of diffrent lengths of Hydrocarbons and they each boil at diffrent tempretures so the Crude Oil is put into a big tube (sort of) and then heated up and each set of hydrocarbons will boil at a different tempreture and will reach the top of the tub were it is then collected... Very basic answer... Search Fraction Distillation for more info!
which material used in glassline reactors? What is glassline material ? Basic
For Chemical Engineering Aspen Plus or Dynachem are good programs
James H. Weber has written: 'BASIC programs for chemical engineering design' -- subject(s): BASIC (Computer program language), Chemical engineering, Computer programs
Ivon Henry Child has written: 'Basic principles in electrical engineering' -- subject(s): Electric engineering
David M. Himmelblau has written several popular books on chemical engineering processes and systems, including "Process Analysis and Simulation in Chemical Engineering" and "Basic Principles and Calculations in Chemical Engineering." He is well-known for his contributions to the field of chemical engineering education.
i don't know geometry
"Field of chemical engineering give predominate large impact on human life. It plays as major role to basic human needs and makes human civilization increases further as processing industry depends on economic progress and acts as a civilization source for one country. Basic human needs like food and drink, medicines, cosmetic, textiles material and building materials from concrete, plastic, rubber, rayon and fiber are products that produce from raw material resources based on chemical engineering principles."
There are five basic areas of engineering: * Aerospace Engineering. * Chemical Engineering. * Civil Engineering. * Electrical Engineering. * Mechanical Engineering. A link is provided to the Wikipedia article on engineering. You can read a little bit about each one of these specialty areas there.
Basic laboratory operations include basic laboratory safety measures, biosafety, basic laboratory calculations, pipetting techniques, volumetric calculations, reagent preparation, microscope principles and quality control. These are the basic operations.
bioprocess engineering principles include genetic engineering, metabolic engineering enzyme technology fermentation chemical engineering nanotechnology biomedical engineering molecular biology biochemistry microbiology pharmacology protein chemistry cytology immunology neurobiology neuroscience pure n applied sciences such as mass n heat transfer, kinetics, biocatalysts, bbiomechanics, bioinformatics. separation n purification processes ,bioreactor design, surface science, fluid mechanics, thermodynamics, polymer science. explain all d fields wid recpect to where dey r being applied in biotechnology!!!!
They could only perform basic calculations.
punctual careful,must know a lots of chemistry,maths and physics
It's just another product.manufacture involves, filtration, purification, pumping, heat transfer, mass transfer, reactions, kinetics, storage, distribution, economics, environmental protection, quality control, process control, safety, basic research, the list goes on.Chemical Engineering is a broad field with application in almost all industries.