How do I find the digit to make the following statement true 2.48>2.4 1>2.463?
well since 8>7>6, I'd say
2.471
To find the digit that would make the given statements true, we need to compare the corresponding digits in both numbers.
For the statement "2.48 > 2.4", we can compare the digits at the same place value. In this case, the digit in the hundredths place is 8 in the first number and 4 in the second number. Since 8 is greater than 4, the statement "2.48 > 2.4" is already true.
For the statement "1 > 2.463", we need to compare the digits at the same place value as well. In this case, the digit in the thousandths place is 0 in the first number and 3 in the second number. Since 0 is not greater than 3, the statement "1 > 2.463" is not true.
Therefore, to make the statement "1 > 2.463" true, you need to change the digit in the thousandths place of the second number. You can replace the digit 3 with any digit from 0 to 9 to make the statement true. For example, if you change the digit 3 to 0, the statement becomes: "1 > 2.460", which is true.