It is 8.999... (repeating, except for 1 digit somewhere in the repeating string which is not a 9).
49 is one possible answer.
greater than
-2.35
0.23
The decimal that is greater than 3.33 but less than 3.34 is 3.331. This decimal falls between 3.33 and 3.34 on the number line. It is one thousandth greater than 3.33, making it the next smallest decimal after 3.33.
.02
49 is one possible answer.
No decimal is greater than 0.7 and less than 0.15 as 0.7 is greater than 0.15 is.
Greater. The second number after decimal is greater so number is greater.
The question has no unique answer.If anyone comes along and gives a number that is almost '8' but not quite, then no matter how close to '8' it is,I can ALWAYS give another number that is larger, and closer to '8', but still less than '8'.There is no 'greatest' that answers this question.The best we can do for an answer is: "Seven, followed by a decimal point, followed by an infinite number of nines".
greater than
not always.. take .0001 and 1.1, the product is less than 1.
how do you create a decimal or a mixed number that is either greater or less than any number
The greatest possible remainder is divisor is just less than 28. If the dividend is an integer, then it is 27. But if the dividend is any real number, the greatest possible remainder is 27.999.... (recurring).Strictly speaking, though, the decimal can only be "nearly recurring". This is because 27.999 recurring = 28 and the remainder cannot be 28.The greatest possible remainder is divisor is just less than 28. If the dividend is an integer, then it is 27. But if the dividend is any real number, the greatest possible remainder is 27.999.... (recurring).Strictly speaking, though, the decimal can only be "nearly recurring". This is because 27.999 recurring = 28 and the remainder cannot be 28.The greatest possible remainder is divisor is just less than 28. If the dividend is an integer, then it is 27. But if the dividend is any real number, the greatest possible remainder is 27.999.... (recurring).Strictly speaking, though, the decimal can only be "nearly recurring". This is because 27.999 recurring = 28 and the remainder cannot be 28.The greatest possible remainder is divisor is just less than 28. If the dividend is an integer, then it is 27. But if the dividend is any real number, the greatest possible remainder is 27.999.... (recurring).Strictly speaking, though, the decimal can only be "nearly recurring". This is because 27.999 recurring = 28 and the remainder cannot be 28.
It is: 3.335
-2.35
0.3