No, you cannot except in trivial cases.
200
20,000
To compare the digits of 62895 and 32895, start from the leftmost digit and move right. The first digit is 6 in the first number and 3 in the second, indicating that 62895 is greater than 32895. Since the first digit (6) is higher than the first digit of the second number (3), there's no need to compare further digits. Therefore, the value of 62895 is greater than 32895.
To compare two decimals, start by comparing the digits with the highest place-value. In this case, the first digit after the decimal point. Whichever is greater, belongs to the greater number. If these digits are equal (for example, when you compare 0.15 and 0.173), compare the second digit - and continue until you find a difference.
There are several infinite series. To find PI to x digits, evaluate each term to x+2 digits until the value is 0. Then round to x digits.
200
20,000
I could be wrong. But my son had the same problem I think you subtract both numbers to get the answer
To compare the digits of 62895 and 32895, start from the leftmost digit and move right. The first digit is 6 in the first number and 3 in the second, indicating that 62895 is greater than 32895. Since the first digit (6) is higher than the first digit of the second number (3), there's no need to compare further digits. Therefore, the value of 62895 is greater than 32895.
Well, honey, to find the value of the change from 45289 to 45889, you just need to compare the digits place by place. The only digit that changed is in the hundreds place, so the value of the change is 500. It's as simple as that, darling.
To compare two decimals, start by comparing the digits with the highest place-value. In this case, the first digit after the decimal point. Whichever is greater, belongs to the greater number. If these digits are equal (for example, when you compare 0.15 and 0.173), compare the second digit - and continue until you find a difference.
That depends which of the digits you wish to find the place value of.
There are about 10-11 digits in a number
There are several infinite series. To find PI to x digits, evaluate each term to x+2 digits until the value is 0. Then round to x digits.
34.
Find something to compare it with...
In general, to find the greatest of several positive numbers:First, you should look which number has the most digits.If two numbers have the same amount of digits, compare the first digit from the left. If those to are the same, compare the next digit - and continue that way until you find two digits that are different.