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What is the importance of mathematics in Electronics and communication engineering?
Mathematics is the language of engineering (as well as science).
Application of mathematics in various fields of life?
Mathematics expresses itself everywhere,in almost every facet of life-in nature all around us,and in the technologies in our hands.Mathematics is the language of science and engineering.
Is mathematics the language of physics and engineering?
Yes
Is mathematics the language of science and engineering?
yes
Who invented technologies involving mechanics hydraulics and mathematics applied to horology metallurgy astronomy agriculture engineering?
Chinese
Can a mathematics major do well in physics and engineering if he is also good at economics?
Of course, there isn't a reason not to, because mathematics is the language of economics, science and engineering(with the exception of computer programming).
What has the author K A Stroud written?
K. A. Stroud has written: 'Engineering Mathematics' 'Engineering mathematics' -- subject(s): Engineering mathematics, Programmed instruction, Problems, exercises 'Differential equations' -- subject(s): Differential equations, Problems, exercises, Laplace transformation 'STROUD:ENGINEERING MATHEMATICS' 'Advanced engineering mathematics' -- subject(s): Programmed instruction, Engineering mathematics 'Further engineering mathematics' -- subject(s): Programmed instruction, Engineering mathematics 'Essential mathematics for science and technology' -- subject(s): Mathematics
Why no technological explosion in human society until now?
There have been many technology booms throughout history. Technology does not only include electronics. Mathematics has advanced many times. Written language, medicine, and engineering are all technologies that have advanced through the ages.
What has the author Erwin Kreyszig written?
Erwin Kreyszig has written: 'Matematicas avanzadas para ingenieria/ Advanced Engineering Mathematics' 'Advanced Engineering Math 8E with Student Solutions Manual Set' 'Advanced engineering mathematics' -- subject(s): Mathematical physics, Engineering mathematics, Toepassingen, Engineering classic 'Kreyszig Advanced Engineering Mathemati' 'Advanced Engineering Mathematics, A Self-Contained Introduction (Maple Computer Guide) (Advanced Engineering Mathematics)' 'Instructor's manual for advanced engineering mathematics' 'Mathematica computer guide' -- subject(s): Data processing, Engineering mathematics, Mathematica (Computer file), Mathematical physics 'Mathematics 8th Edition with Student Solutions Manual and Mathematica Computer Guide Set' 'Advanced Engineering Mathematics 8E with Maple Manual Set' 'Maple Computer Manual for Advanced Engineering Mathematics' 'Differentialgeometrie' -- subject(s): Differential Geometry, Geometry, Differential 'Statistische Methoden und ihre Anwendungen' -- subject(s): Probabilities, Mathematical statistics 'Advanced Engineering Mathematics, Student Solutions Manual and Study Guide' 'Maple computer manual for seventh edition 'Advanced engineering mathematics'' -- subject(s): Maple (Computer program), Engineering mathematics 'Advanced Engineering Math 9th Edition with Mathematica Computer Manual 9th Edition Set' 'Advanced Engineering Mathematics 9th Edition with Wiley Plus Set' 'Kreyszig Advanced Engineering Mathematics' 'Advanced Engineering Mathematics' 'Instructor's manual for Advancedengineering mathematics' -- subject(s): Engineering mathematics 'Mathematica to Accompany Advanced Engineering Mathematics'
What has the author L R Mustoe written?
L. R. Mustoe has written: 'Worked examples in advanced engineering mathematics' -- subject(s): Problems, exercises, Engineering mathematics 'Worked examples in engineering mathematics' -- subject(s): Problems, exercises, Engineering mathematics
When was National Institute for Certification in Engineering Technologies created?
National Institute for Certification in Engineering Technologies was created in 1961.
What does math have to do with physics and chemistry?
Mathematics provides a framework and language for describing and understanding the physical and chemical phenomena observed in the universe. It allows for precise quantification, prediction, and explanation of these phenomena through equations, formulas, and models. Without math, it would be challenging to analyze and make sense of the complex relationships and patterns in physics and chemistry.
