Each __ hides a digit. Use the drop-down menus to complete the statements explaining why 0.4__3 will always be less than 0.71__. I know that 0.4__3 will always be less than 0.71__ because when I compare digits of the same place value, I see that __ is always greater than __.
Each __ hides a digit. Use the drop-down menus to complete the statements explaining why 0.4__3 will always be less than 0.71__. I know that 0.4__3 will always be less than 0.71__ because when I compare digits of the same place value, I see that __ is always greater than __
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To complete the statement:
Each _ hides a digit. Use the drop-down menus to complete the statements explaining why 0.4_3 will always be less than 0.71_. I know that 0.4_3 will always be less than 0.71_ because when I compare digits of the same place value, I see that 7 is always greater than 4.
Explanation: When comparing the numbers 0.4_3 and 0.71_, we first look at the digits in the tenths place. The digit in 0.4_3 is 4, and in 0.71_, it is 7. Since 7 is greater than 4, it follows that 0.4_3 will always be less than 0.71_ regardless of the values of the hidden digits.