Q: Can i get a masters degree in a completely different subject than my bachelor major for example BA in accountsing and masters in psychologyor vice versa or linguistics BA and statistics MA?

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Gustav Herdan has written: 'Small particle statistics' -- subject(s): Particles, Statistics 'Quality control by statistical methods' 'Type-token mathematics' -- subject(s): Mathematical linguistics

A computational linguist studies the patterns in language to make inferences about the greater culture. A computational linguist has an important job in society, because he or she explains why language works the way it does. To become a computational linguist, students should study linguistics during their undergraduate education. If a linguistics major is unavailable, then a student may want to try pursuing an English major. Because computational linguistics combines linguistics and statistics, taking a few statistics courses is also recommended. A student with a double major in math and linguistics will have a greater likelihood of landing a computational linguist job than a student with only a linguistics degree. A student should try to take a broad interdisciplinary approach to prepare for a computational linguist career.

Michael P. Oakes has written: 'Quantitative methods in corpus-based translation studies' -- subject(s): Translating and interpreting, Study and teaching 'Statistics for corpus linguistics' -- subject(s): Statistical methods, Computational linguistics

Individuals who are interested in language-related professions such as teaching, translation, or language planning can benefit from studying applied linguistics. It is also useful for those interested in communication studies, language technology, or working in multilingual environments. Ultimately, anyone looking to deepen their understanding of how language works in real-world contexts can find value in studying applied linguistics.

Statistics show that athletes named Simon usually achieve things in sports

Ontario by a long shot. Then Quebec, then Alberta. I don't know the statistics completely.

Johnson has written: 'The Economics of Small Firms' 'Statistics' 'Pal Agreement' 'J F Kennedy' 'Numerical Solutions of Equations' 'Electric Circ Anal 2e Chap 14-15' 'Quantitative Methods in Linguistics'

An actuarist is a specialist in the statistics of risk. Often this is for insurance purposes. They do not usually collect data but interpret them to arrive at a probability of the insured event happening. A statistician, on the other hand, may be involved in designing experiments (or surveys), collecting, validating and compiling data, analysing and reporting on them. The subject matter ranges across many topics - economics, business statistics, pharmaceuticals, epidemiology (these are areas that I have worked in). Lots more - social statistics, linguistics.

It depends on the type of math you prefer. Calculus and Statistics are completely different classes that learn different things. Calculus is more of the numbers and formulas but statistics is a class about binomial distributions and what percent of your sample is in the correct area. It may be difficult, but it may be easy depending on who you are. In my opinion, it is very difficult.

there are words of some subjects with the suffix of cs: economics, politics, electronics, athletics, mathematics, physics, linguistics, mechanics, statistics, ethics, bionics, mnemonics, genetics, dietetics, logistics, aeronautics, pragmatics, dogmatics, dynamics, and so on. • •

There is no way to be completely sure of your flight. The best thing to do is read about flight statistics to see how rare these events are.

Completely depends on the industry. The US Small Business Administration and the Bureau of Labor Statistics track some of these numbers.