It represents 5 tenths (0.5)
95, is the two digits after the last digit of the multiple of 5's.
95^2 = 9,025
3 units 6 tenths 4 hundredths 5 thousandths
It represent eighty thousand.
AB If B = x, then A = x + 4 Also, A = 2x -1 So that, 2x - 1 = x + 4 x = 5 B = 5, A = 9 So AB = 95
95 95/5=19
The largest two-digit multiple of 5 is 95. This is because the multiples of 5 within the two-digit range start from 10 and go up to 95, with each multiple increasing by 5. The next multiple, 100, is a three-digit number, so 95 remains the largest two-digit multiple.
95, is the two digits after the last digit of the multiple of 5's.
No. To be divisible by 9 the sum of the digits must also be divisible by 9. As the sum must be divisible by 9, the check can also be applied to the sum; so keep summing until a single digit remains, then if, and only if, this single digit is 9 is the original number divisible by 9 (the single digit gives the remainder when the original number is divided by 9 and is known as the digital root of the number). For 95: 95 → 9 + 5 = 14 14 → 1 + 4 = 5 5 ≠ 9 → 95 is not divisible by 9. (The remainder when 95 is divided by 9 is 5).
95^2 = 9,025
3 units 6 tenths 4 hundredths 5 thousandths
100
It represents 0.5 which is equivalent to 1/2 = a half
The only two numbers that represent a binary digit are 0 and 1
The digit in a place value is the same as the digit in the place 1000 times greater if both places represent the same digit in a number. For example, in the number 5,678, the digit '5' in the thousands place is the same as the digit '5' in the 5,000s place. However, in most numbers, this will not hold true, as each place value typically has a different digit.
It represent eighty thousand.
Digit 4 represents ones.