Examples of using This notation in English and their translations into Turkish
{-}
-
Colloquial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
-
Programming
This notation.
Your dad had this notation in his file.
This notation: Museums.
But I just wanted to introduce you to this notation.
This notation is still in use today.
The dot product isvery easy when you have it given in this notation.
This notation is mostly used for small molecules.
Maybe the next few videos we will starts playing with some of this notation.
This notation right here just means subset, some subset of T.
And it's actually the same thing--you probably haven't seen this notation before-- as two thousand two hundred ninety-two divided by four.
This notation can be used for infinite sequences as well.
There are two formally close, but noticeably different, usages of this notation: infinite asymptotics infinitesimal asymptotics.
This notation matches the one used in the IEEE 802.3 standard.
I might actually do a separate presentation on this. The limit as x approaches 0 from the positive direction,that's this notation here, of 1/x.
What's this notation here in Dr. Auerbach's file from 2002?
We could say that the transformation is a mapping from any vector in r2 that looks like this: x1, x2, to--and I will do this notation-- a vector that looks like this. x1 plus x2 and then 3x1.
This notation allows an efficient expression of such tensor fields and operations.
And in the last few videos I kind of, in a less tangible way of specifying the vertical vector,I often used this notation which isn't that tangible as I like it, that's why I am going to make it little bit better in this video.
This notation is convenient in proving Boltzmann's H-theorem of statistical mechanics.
This leads to the generalized form of Newton's laws in the language of analytical mechanics: :formula_5where"T" is the total kinetic energy of the system, and the notation: formula_6is a useful shorthand see matrix calculus for this notation. .
When this notation is used, these quantities are called"kets", and|A⟩ is read as"ket-A.
Hopefully it will clarify things a little bit. But when you write a number in scientific notation, it makes it very clear about your precision and how many significant digits you're dealing with.So instead of doing this notation that's a little bit outdated.
This notation beside the names, C-A-R-P, that's… Carpenter's crew. MacMorrow, Enthwhistle, same symptoms, same.
For atoms with many electrons, this notation can become lengthy and so an abbreviated notation is used.
This notation just says the limit as I approach from the negative side. So as I approach x equal 0 from this direction, right, from this direction, what happens?
However, in al-Khwārizmī's day, most of this notation had not yet been invented, so he had to use ordinary text to present problems and their solutions.
Compare this notation with the hyper operator and the Conway chained arrow notation: a↑ n b{\displaystyle a\uparrow^{n}b}( a→ b→ n) hyper(a, n+ 2, b) An advantage of the first is that when considered as function of b, there is a natural notation for powers of this function(just like when writing out the n arrows):( a↑ n) k b{\displaystyle(a\uparrow^{n})^{k}b.
For an organism where the diploid number is N,and you will sometimes see this notation, so I want to make sure you're comfortable with it, there's some organism, or actually any organism. If the diploid number is 2N, then the haploid number is going to be half of that, or just N.
Einstein notation This notation is based on the understanding that whenever a term in an expression contains a repeated index letter, the default interpretation is that the product is summed over all permitted values of the index.
I'm just switching to this notation because we're used to thinking of this as the y-axis access as opposed to the x1 and x2 axis.