It is 275
275 = Ones275 = Tens275 = Hundreds2 + 5 = 7275
412
10 You can only have one choice, the number 4 as the hundred digit and also one choice, the number 5 as the units digit. However, you can have any integer from 0-9 as the hundreds digit. The number of combinations is thus 1 x 10 x 1 = 10.
To round the number 2,994 to the nearest hundreds place, we look at the digit in the tens place, which is 9. Since 9 is greater than or equal to 5, we round up the hundreds place digit, which is 9. Therefore, 2,994 rounded to the nearest hundreds is 3,000.
The digit after the hundreds digit is 9 which is greater than or equal to 5, so add 1 to the hundreds digit: 14494 → 14500 to the nearest hundred.
There is no 1-digit number that is equal to 14 and 28.
To round 984 to the nearest 100, you need to determine whether the number is closer to 900 or 1000. The tens digit of 984 is 8, which is greater than or equal to 5. Therefore, the ones digit of the rounded number will be 0, and the hundreds digit will be either 9 or 10, depending on whether the number is closer to 900 or 1000. To determine which hundreds digit to use, you can look at the tens and ones digits of the number. Since the tens digit is 8 and the ones digit is 4, the number is closer to 1000 than to 900. Therefore, the hundreds digit of the rounded number will be 9. So, rounding 984 to the nearest 100 gives us 900.
1
24
329500
198 is the greatest three-digit even number that has no factor equal to 4.
As an 8 digit binary number it is equal to 166.