Sometimes engineers use either scientific or engineering notation, although you are correct that most of the time engineering notation is used. The reason for this the use if greek letter prefixes for quantities. Very often large and small quantities are expressed as micro, mega, giga, nano, and so on. These terms relate to engineering notation in multiples of 1000 or 1/1000. It is a very convenient shorthand not only in writing but also while speaking.
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It is not appropriate to talk about the weight of astronomical objects. Rather, you should ask about their mass. The Sun has a mass of about 2 x 1030 kg.
Scientific notation is a useful way of dealing with very large and very small numbers. It allows them to be presented in a form where their magnitude can be seen more easily. Also it can simplify calculations by allowing you to concentrate on the significant digits rather than the orders of magnitude which are very easily dealt with. This latter advantage has somewhat diminished with the widespread availability of calculators and computers. But previously people used log tables and slide rules for multiplication and division. These calculating devices depended on thinking of numbers in their scientific notation.
Exponential notation would be somthing such as 34 rather than 3x3x3x3
Scientific reports that refer to very large or very small numbers will use scientific notation. Howvwever, the notation is less common in everyday life. Having said that, media reporting monetary values in millions (or billions, trillions), or populations are implicitly using a related concept. These are based on powers of a thousand rather than ten.
Ask yourself. Would you rather write this out in long hand? 234,000,000,000,000,000,000 ----------------------------------- Or this? 2.34 X 1020 -------------- Let alone adding, subtracting, multiplying and dividing the first long number.
Rather redundantly, 3.981*100
Would you rather write 6000000000000000000 X 6000000000000000000 = 36000000000000000000000000000000000000 or 6E18 X 6E18 = 3.6E37? Advantage: scientific notation.
The choice between ECE (Electronics and Communication Engineering), EEE (Electrical and Electronics Engineering), and EIE (Electronics and Instrumentation Engineering) depends on your career interests and goals. ECE deals with communication systems and electronics, EEE focuses on electrical systems and technologies, while EIE combines electronics and instrumentation for industrial applications. Consider which field aligns best with your interests and career aspirations for determining which is better for you.
Engineering is the area of study about creating technology, whereas engineering technology are the innovations or the technology used in any particular area of engineering. +++ Tautology! Engineering is the application of scientific knowledge to practical ends, by a variety or skills etc. "Technology" has become a rather meaningless word for engineering, though originally referred to engineering techniques.
It's artistic rather than scientific or engineering, but you still have to understand the materials and their uses and working methods.
There isn't a specific scientific name for support because it is a general concept rather than a specific organism or object. However, support in the context of structures can be studied in the fields of engineering and physics.
For such high numbers, it is better not to use number names like "trillion", "quadrillion", etc., which are ambiguous in any case. Rather, use scientific notation.For such high numbers, it is better not to use number names like "trillion", "quadrillion", etc., which are ambiguous in any case. Rather, use scientific notation.For such high numbers, it is better not to use number names like "trillion", "quadrillion", etc., which are ambiguous in any case. Rather, use scientific notation.For such high numbers, it is better not to use number names like "trillion", "quadrillion", etc., which are ambiguous in any case. Rather, use scientific notation.
It is not appropriate to talk about the weight of astronomical objects. Rather, you should ask about their mass. The Sun has a mass of about 2 x 1030 kg.
I 'd suggest U to go for Implant trainng rather. Whatever U R skilled at.... Or work part time at BSNL .
Scientific notation is a useful way of dealing with very large and very small numbers. It allows them to be presented in a form where their magnitude can be seen more easily. Also it can simplify calculations by allowing you to concentrate on the significant digits rather than the orders of magnitude which are very easily dealt with. This latter advantage has somewhat diminished with the widespread availability of calculators and computers. But previously people used log tables and slide rules for multiplication and division. These calculating devices depended on thinking of numbers in their scientific notation.
Exponential notation would be somthing such as 34 rather than 3x3x3x3
It is a subjective question meaning depends upon who you ask. I will try my best to answer it impartially as much as I can. The fundamental of both the branch is electronics. I mean foundation is the same for both the field. It starts to differ only in advance level courses. Electronics engineering has wide variety of application including Telecommunication. However, it is not only limited to one field rather applies to subsections of various field of electrical and electronics engineering. When it comes to profession, one will be better off specializing in one particular field like Digital, Analog, Microwave(RF), Mixed Signal, power electronics, Telecommunications etc. Now when it comes to electronics and telecommunication engineering, it will definitely have foundation electronics with more focus or specialized in Telecommunication. Telecomm is also rapidly growing field. So it all depends what you really want to do. As a matter of fact whichever field you study you may still be able to work in either field.