The digit to the left has a place value that is "base" times that on the right. Normally, the base is 10.
The answer depends on the context: whether it is a random 2-digit number, or a 2-digit number on a spin of a roulette wheel, or some other trial.
In the decimal system the place value of any digit is ten times that of the digit to its right. If using other bases a similar relationship applies. In the octal (base 8) system, for example, place value of each digit is eight times that of the digit to its right.
The answer depends on which digit is 5 and what the other digits are!
To be even the last digit must be even and as the only even number of the four is "8" then this is the last digit. You then arrange the other number in their order of magnitude to get your answer. 9738
12,345 there are many other possibilities though (ex: 83,921)
22621, 44742, 66863, 88984
The answer depends on the context: whether it is a random 2-digit number, or a 2-digit number on a spin of a roulette wheel, or some other trial.
A digit is a number or numeral. A dividend is a number to be divided. A dividend is divided by a divisor to yield a quotient. A digit dividend is a single digit number that is being divided some other (non-specified) number. The word single is assumed to be there. It could be written like this: A (single) digit dividend is a single digit number that is being divided by another number. In mathematics, there are 1-digit dividends, 2-digit dividends, etc.
In the decimal system the place value of any digit is ten times that of the digit to its right. If using other bases a similar relationship applies. In the octal (base 8) system, for example, place value of each digit is eight times that of the digit to its right.
Yes A whole number is even if its least significant digit is even. The least significant digit of a whole number is the digit in the "ones place". In other words, if the digit at the far right is 0, 2, 4, 6 or 8, the number is even.
The answer depends on which digit is 5 and what the other digits are!
The answer is vague but correct . Take any prime number and any other number whose combined digit length is 401 and their product will generate a 400 or a 401 digit number.
To be even the last digit must be even and as the only even number of the four is "8" then this is the last digit. You then arrange the other number in their order of magnitude to get your answer. 9738
452, 894. None other that I can think of
12,345 there are many other possibilities though (ex: 83,921)
You multiply the one digit number on the bottom to every number on the top starting at the right and so on with every other number on the bottom.
The smallest 5-digit number is 10000. To get the smallest 5-digit number, we put a 1 in the first column (since we can't start with a 0 or else we'd get a 4 digit number!), then put a 0 in every other column.