The significant digits in a number can be arbitrarily small or large in number, according to the method of creating them.
Numbers that can have an infinite number of possible significant digits are called transcendental numbers.
Rounding to different numbers of significant figures, the greatest result is 22,000.21 987 round off theto its greatest value what is answer.
the greatest number that is an integer and rational number but is not a natural or whole number is -1
The greatest factor of any number is the number itself. The greatest common factor of those numbers is 12.
There is no such number. All of these sets go on forever.
If we are trying to find the two numbers less than 50 with the greatest common factor, we need to pick two numbers with a larger difference between them, since the greatest common factor between two numbers cannot be greatest than the difference between the two numbers. To create a large difference, we will want one number to be close in value to 50. And, for the greatest common factor, we want the other number itself to be the greatest common factor. The greatest common factor that the larger number can have (since it is larger and thus cannot be the greatest common factor itself) is the number which is half its value. So, if we choose the even number closest in value to 50, we get 48. Then, if we take half of it, we get 24. The greatest common factor of 24 and 48 is 24. This is the largest possible greatest common factor of a pair of numbers less than 50.
Rounding to different numbers of significant figures, the greatest result is 22,000.21 987 round off theto its greatest value what is answer.
There are an infinite amount of numbers, so there can be no "greatest" odd number.
the greatest number that is an integer and rational number but is not a natural or whole number is -1
The least number of significant figures in any number of the problem determines the number of significant figures in the answer.
When multiplying numbers with significant digits, count the total number of significant digits in each number. Multiply the numbers as usual, but round the final answer to match the least number of significant digits in the original numbers.
0.468 is the greatest number.
A prime number
The numbers 12, 10, 20.5, and 1.00 have different significant figures: 12 and 10 each have two significant figures, 20.5 has three significant figures, and 1.00 has four significant figures. When ordered from least to greatest number of significant figures, the sequence is 12 (2), 10 (2), 20.5 (3), and 1.00 (4). Thus, the order from least to greatest is: 12, 10, 20.5, 1.00.
All numbers are significant.
When multiplying numbers, the result should have the same number of significant figures as the number with the fewest significant figures.
The answer will usually depend on the number of significant figures in the numbers from which there numbers were derived.
The least number of significant figures in any number of the problem determines the number of significant figures in the answer.