Ah, how delightful! Let's see, for "x" we have "exclaimed" and for "z" we have "zealously stated." It's like painting a beautiful landscape with words, each one adding its own unique touch to the picture. Just remember, language is a wonderful palette to play with, so don't be afraid to explore and have fun!
A mathematical property, ~, is said to be transitive over a set S if, for any three elements, x y and z x ~ y and y ~ z implies than x ~ z. For example, "is greater than (>)" is transitive, but "is not equal to" is not.
logbase5 of x =z x=5^z
5x3y2z3
There is little in common between the two. Any set of numbers can have a mean. A z-score the standardised version of the Gaussian (or Normal) distribution. If X is a random variable that is normally distributed with mean µ and variance σ2 then Z = (X - µ)/σ is distributed with mean 0 and variance 1. Z is said to have the Standard Normal distribution. The value of Z is the z score for the random variable X..
(x - y)2 - z2 is a difference of two squares (DOTS), those of (x-y) and z. So the factorisation is [(x - y) + z]*[(x - y) - z] = (x - y + z)*(x - y - z)
z- ziggurat
It depends on what liquid x is.
(start) [x:=y-z] (stop)
Well, 'x' is equal to 'z'. Back in plane geometry, there was a mantra that said: "Two quantities equal to the same quantity are equal to each other." This question is an example of that mantra. So for Example: If x = 10 Then x = y (making y = 10) y = z (making z = 10) therefore z is the same.
zuilly
Zafrina, from Breaking Dawn.
A mathematical property, ~, is said to be transitive over a set S if, for any three elements, x y and z x ~ y and y ~ z implies than x ~ z. For example, "is greater than (>)" is transitive, but "is not equal to" is not.
There are words that start with every letter of the alphabet in mathematics. For x some words are x-intercept, x-y plane, x-z plane, and Xi.
zap - kill
Zucchini, zoo, Zebra
Xavier University is located in Cincinnati, Ohio
logbase5 of x =z x=5^z