Why is the order of the food chain important
combination
It depends on the number of letters in the set - which is not specified. If there are n different letters in the set, the answer is n*(n-1)*(n-2)*(n-3)*(n-4)
The order of a matrix consisting on m rows and n columns is m x n or (m, n).
dA/dt=-KA^n 1st order n=1 2nd order n=2
The order of a matrix with m rows and n columns is (m, n).
The order of a matrix refers to its dimensions, specifically the number of rows and columns it contains. It is expressed in the format "m x n," where "m" is the number of rows and "n" is the number of columns. For example, a matrix with 2 rows and 3 columns is said to have an order of 2 x 3. The order is important in determining how matrices can be added, subtracted, or multiplied.
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There is a mathematical function called "factorial", and it is denoted by "!" (the exclamation mark). The factorial is when you multiply a number by every number before it, all the way down to 1. Eg: 5! = 5*4*3*2*1=120 So, when you choose n objects in random order, at first you have n choices. After that, you have n-1 choices left, and after that, then you have n-2 choices left, and so on. So the answer to the question "How many ways are there to pick n objects from n objects if order does not matter is: n! where n! = n*(n-1)*(n-2)*(n-3)*(n-4) . . . (3)*(2)*(1). * * * * * That is the number if the order DOES matter. If the order does NOT matter, as the question requires, the answer is 1.
Infinity Actually, The group of symmetries of a circle has elements of every finite order, as well as elements of infinite order. Each rotation of degree 360 / n , for some natural number n has an order of n.
n log n - G.Parthiban, SRM
Yes they are in the order as they come out.
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