Computers play a vital role in almost every aspect of Modern Chemical Engineering
1. Chemical engineers use super-computers to simulate complex chemical processes and plant operations.
2. Chemical engineers use Computational Fluid Dynamics to simulate flow systems and advanced heat transfer problems.
3. Chemical engineers use matlab, polymath, wolfram mathematica to solve complex differential equations for unique solutions.
4. Chemical engineers apply Aspen Computer Technology to simulate unit operations and processes.
5. Chemical engineers may code in various program interfaces to solve particular problems and numerical methods.
A lot (as in almost any engineering branch currently)!
You use numerical methods to solve problems you would take a lot of time if you'd solve them analytically.
The use of numerical methods improves the work, by using less time and effort to reach almost exact answers.
You must learn a programming language to know how to apply the numerical methods.
You also use computing to get a profile of some pattern or behaviour of a phenomenon.
It's very interesting this area.
Chemical engineering rocks! ;)
Many ways through the materials used in computer technology.
Semiconductors are the core of today's computers (microprocessors, memory, graphics, power management, etc) and the processes to manufacture these devices are very chemistry intensive.
chemistry is used in many ways in computers also.for example.,we use many elements like silicon,zinc,aluminium,copper etc.,. in designing and in developing the hardware of computer.
Computer modelling and theoretical yield calculations
The importance of a computer in chemistry is to make your answer more accurate.
There are thousands of applications from the modelling of the 3D enzyme structures to the DNA sequencing during transcription and translation are all computer related stuff
Waxes, such as that found in the ear, provide a helpful barrier against infection. Earwax collects dirt and microbes that might otherwise enter the body.
define clinical biochemistry
There are a multitude of jobs in biochemistry. Gas and oil are both job types an individual can explore in biochemistry.
Lehninger's principles of Biochemistry.. Voet and Voet, Biochemistry Elliot and Elliot, Biochemistry and Molecular Biology
Biochemistry is all about the chemistry which goes on within living things! Because chemistry is all about atoms and molecules etc biochemistry is at a molecular level. For example, biochemistry could be the way DNA replicates within a cell and it investigates how it does so and what contributes. The majority of Biochemistry is about the intricate goings-on inside cells. Hope this helps!
Mutarotation and it importance in carbohydrate in biochemistry
Because it is cell
This question does not have an answer. The word advantages implies a comparison and you need to specify what you are comparing biochemistry to.
What is the importance of computer in microbiology
Daniel E. Atkinson has written: 'Dynamic models in biochemistry' -- subject(s): Biochemistry, Computer simulation, Electronic spreadsheets
importance of computer system in the study of statistics
All organic materials contain carbon; we may consider life as the biochemistry of carbon.
who invented computer
computer
The importance of a digital computer configuration is to have a fast, stable, and reliable working computer. It is also to achieve a satisfactory setup.
importance of computer
uses of computer technology