Let's denote the two digits as x and 2x, where x is the smaller digit. Since the number is odd, 2x must be an odd number, so x must be an even number. The only even number less than 5 that satisfies this condition is 2. Therefore, the number Dan found is 52.
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Well, darling, Dan found the number 81. You see, 81 is a two-digit odd number where one digit (8) is half of the other digit (1), and it's definitely greater than 50. So, there you have it, 81 is the sassy solution to Dan's little math problem.
Oh, dude, like, Dan found the number 81. Half of 8 is 4, and 81 is greater than 50. So, yeah, that's the number Dan stumbled upon. Cool, right?
84% (84% = 0.84)
The number is 36
Yes, .625 is greater than 0. When comparing decimals, you can look at the digits to the left of the decimal point to determine which number is greater. In this case, .625 has a digit to the left of the decimal point (6), while 0 does not. Therefore, .625 is greater than 0.
Yes, 4.5 is greater than 4.09. When comparing two numbers, you look at the digits from left to right. The first digit in both numbers is 4, which is the same. Moving to the next decimal place, 5 is greater than 0, so 4.5 is greater than 4.09.
To determine which is greater between 0.031 and 0.03, we need to compare the digits after the decimal point. In this case, 0.031 has a larger digit in the hundredths place compared to 0.03, which only has a digit in the thousandths place. Therefore, 0.031 is greater than 0.03.