When you arrange the numbers from least to greatest you say that "the symbol "1" should be the first element in the list. And the symbol "2" should be the symbol for the number with the second smallest value" and so on. So what you do is assign symbols to to the numbers. These symbols can be arranged in a list according to the value each symbol gives. Since values are so closely related to numbers, this concept seems easy to grasp. Giving birth to the concept of decimals, we know that 1.2 should be between 1 and 2, and that 1.23 should be between 1.2 and 2.
The same thing can be done in an alphabet, but here you don't have any specific reason for the order of the list. With numbers, it's natural to say that 1 has a smaller value than 2, but for the alphabet, this isn't natural. There is no reason why one letter should have a different value than another, because letters don't have values naturally, like the numbers do. But now is the time to define this ourselves. The most common way to write the alphabet is a b c d... z, so since we know this list of letters by heart, we base our ordering on this list. So instead of saying "the element with the smallest value should have the symbol "1"", you say "the element with the smallest value should have the symbol "a"", and so on. Now we can also introduce "decimals" in our alphabetic list, saying "ab" should be between "a" and "b", and that "aab" should be between "a" and "ab".
So now the list of numbers and the list of letters have the same properties, concidering order. Even though you can't say that a + c = d, you can say that "a" has the lowest value in our alphabetic order, and "1" has the lowest value in our number based order. So with our order-system defined, these will behave the same way.
It will be easier to know what to write
When ordering negative integers, the greatest of value will be the one with the lowest numeral and theone with the least value is the onewith the highest numeral. e.g. -1 is higher than -11. I find that if you are confused that using a numberline can be helpful. Hope that answers your question and good luck!
Add the two greatest possible four digit numbers. 9999 + 9999
0 has the greatest value.
The range
ordering.
After ordering the numbers from least to greatest, average the two middle numbers.
If placed correctly, they will be in that order from left to right.
Sure thing, honey. When ordering decimals from greatest to least, you start by looking at the whole numbers before the decimal point. If they're the same, you move on to the tenths place, then the hundredths place, and so on. It's like lining up your ducks in a row, but with numbers. Easy peasy, lemon squeezy.
Comparing and ordering whole numbers and decimals involves examining the numerical values of each number to determine their relative magnitude. When comparing whole numbers or decimals, you are essentially looking at which number is greater, lesser, or if they are equal. Ordering involves arranging the numbers in a sequence from least to greatest or greatest to least based on their numerical values. This process is essential for understanding numerical relationships and making informed decisions in various mathematical contexts.
0.95
Ascending means going up. In alphabetical ordering this means placing those letters in alphabetical order, starting with A and ending with Z (in the English alphabet). Descending order would be the reverse, analphabetic order, starting with Z and ending with A. In numerical ordering this means starting with the smallest number and proceeding toward the largest.
Convert all the rational numbers to order into equivalent fractions with the same denominator; then they can be ordered by putting the numerators in order from least to greatest. ------------ You can also convert all the numbers to decimals ... this is actually a special case of "equivalent fractions".
What is the correct ordering of these numbers on a nummber line from left to right -2.5,0.5,-3,-1
Real numbers are compared by distance from zero That means converting numbers to decimals to determine which number is greater and putting these decimals in order from least to greatest or ordering the corresponding real numbers. I posted a link as an example.
The comparing and ordering of numbers is referred to as factorization. Numbers are factored into certain multiples such that the resolution of the entity into the factors when multiplied together will give the original entity.
changing of unsorted list to sorted list in a ordering from alphabets, numbers, ASC/DESC.