Form the smallest possible decimal using the digits below:
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Form the smallest possible decimal using the digits below:
To solve this problem, we follow these steps:
Implementation of these steps:
- The smallest digit 2 goes in the tenths place.
- 0 is used as the integer part to remain less than 1, resulting in .
Continue arranging the remaining digits:
The digits 5 and 7 go next, resulting in 0.257.
This gives us the smallest possible decimal using the digits: 0.257.
0.257
Which figure represents 0.1?
Because 0 in tenths place creates 0.0275, which uses 5 digits total instead of the required 4 digits. We must use exactly the given digits: 2, 0, 7, 5.
Choose the smallest non-zero digit for tenths place to make the decimal as small as possible. Since we have 2, 0, 7, 5, the digit 2 goes in tenths place.
For the largest decimal, put the largest digit in tenths place first: 0.752. Then arrange remaining digits in descending order.
Compare digit by digit from left to right. Both start 0.2__, but in hundredths place: 5 < 7, so 0.257 is smaller than 0.275.
Yes! You could make 2057, but the question asks for a decimal. Since 0.257 < 2057, the decimal form gives us the truly smallest possible number.
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