18
1.5 is a fraction and there is no way to represent it as a whole number. The whole part of it is 1.
The simplest way to represent that amount is (15x - 6). The "answer" depends on what the number is.
y + 6 + 6 = 15 15-6-6 = y 9-6 = y 3 = y
An inequality usually represents more than one number - usually infinitely many. For example, x > 3. A single number can be the solution to a set of inequalities, for example: x >= 15 AND x
18
1.5 is a fraction and there is no way to represent it as a whole number. The whole part of it is 1.
it can represent any number it can represent any number it can represent any number it can represent any number it can represent any number
The simplest way to represent that amount is (15x - 6). The "answer" depends on what the number is.
42-15=27
y + 6 + 6 = 15 15-6-6 = y 9-6 = y 3 = y
An inequality usually represents more than one number - usually infinitely many. For example, x > 3. A single number can be the solution to a set of inequalities, for example: x >= 15 AND x
T represent a Number that will be part of the operation in order for you to solve this problem.
It is: 15 = XV
The answer depends on what characteristic of the data set you wish to represent. I suggest you use the number of observations, 7.
Periods represent the number of shells in a particular element
You represent a repeating number by putting a dash on top of the number. For example 56.1066666 you represent it by putting a dash on top of the 6