Because Earth is at the centre of it
Electrical engineering uses many branches of mathematics including complex numbers, matrices and linear equations. To study machines needs dynamics and thermodynamics. Radio systems use the theory of electromagnetics that uses vector algebra and optionally tensor algebra. Many branches of electrical engineering use the theory of differential equations and functions of a complex variable. So if you are good at mathematics electricity gives plenty of scope.
1. First you need to learn how to learn advanced mathematics. Learning mathematics can be challenging without a good foundation on how to learn mathematics. A good book to read before starting is "How to Learn Advanced Mathematics" by Nicholas DeWaal. (See www.discoveringmath.com) 2. Once you learn how to learn, then all you have to do is begin reading textbooks in advanced mathematics starting first with lower level prerequisites such as basic logic, set theory, linear algebra and calculus. Schaum's outlines of these subject tend to be easier to read. 3. After learning the basics in step (2), you are ready to learn more advanced subjects such as topology, real analysis, number theory, differential equations etc.
Theory X: sees individuals as oriented to material rewards and thus are prone to "free ride" on the efforts of other; thus to ensure that individuals are fairly rewarded, measurements of behaviours must be carefully implemented, this includes sanctioning unproductive behaviours on top of rewarding the favourableTheory Y: believes that most individually want to do a good job and that the main obstacle in their way is designing reward system to avoid misalignments that rewards behaviour that are not (perverse incentive or "hoping for A while paying B")An example of this is an organization that assigns work in teams but bases evaluation and rewards on individual performance
He is good at math
Better
Situational leadership theory proposes that a leader should adapt their leadership style based on the readiness or maturity level of their followers. It suggests that different situations may require different leadership approaches - from directive to supportive - to effectively guide and motivate team members. The theory emphasizes the importance of flexibility and matching leadership behaviors to the development level of followers.
A scientific 'theory" is science shorthand for "this is how we think it works". Sometimes the theory is developed without enough information (all the variables are e not known) and later observations and information shows the theory needs to be reworked. With enough information the theory becomes a very good model of what is happening and the changes become fewer and further apart.
Absolute Advantage - an economic theory that holds when a nation can produce a certain type of good more efficiently than others countries, it will trade with countries that produce other goods more efficiently.
Its strength was that it could predict the positions of the planets with pretty good accuracy. Its weakness was that by 1600 the techniques of measuring planets' positions had advanced to the point where discrepancies were noticed in the predictions made with the geocentric model.
The soil that developed there was good for farming.
Well, it is a critical question, but still the answer exist,, Rudolf Virchow has given the best contribution among the four to the cell theory... He developed the theory given by Theodor schawnn.... and the other two did not contribut much in this.....Have a good day!! :)
He was good in calculus.Answer:Newton was a polymath (he was "good" at many things). Specifically:physics: he described universal gravitation and the three laws of motion, he set out the basics of classical mechanics, and developed a theory of colourmathematics: he developed differential and integral calculus, demonstrated the generalised binomial theorem, developed Newton's method for approximating the roots of a function, and studied power series.astronomy: he mathematically proved the Heliocentric Theory of the solar systemnatural philosophy: he attempted to reduce the laws of nature into mathematical principlesalchemy: in this precursor of chemistry he had a laboratory and attempted to transmute material chemicallytheology: he wrote a considerable amount of material
A theory is a group of ideas that try explain a topic, collection of facts, or events. A theory is developed using contemplative and rational forms of thinking. So really no one knows what causes it yet, there are many good ideas.
John Dalton discovered the atom in 1803. He didn't really discover the atom. He developed a theory of matter that involved atoms. Atoms were proved to exist later.
the church but the theory is good
All good scientists look for more than one piece of evidence for their theories. The more evidence there is, the greater the likelihood that the theory is a good approximation to reality. A good scientist also accepts that their theories may not be perfect and may be overturned by some new insight. The flat earth theory, the geocentric universe (before Copernicus/Galileo) are two old examples. More recently (a 100 years ago) a highly regarded scientist such as Newton had his laws overthrown by Einstein.
It was a good theory.