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Proceed from left to right, using the largest possible digit in each position.
Because each position has an intrinsic value. In the number "111", the right-most "1" has a value of 1, the second digit from the right has a value of 10, the third digit from the right has a value of 100. The "place" of a digit defines its value.Because each position has an intrinsic value. In the number "111", the right-most "1" has a value of 1, the second digit from the right has a value of 10, the third digit from the right has a value of 100. The "place" of a digit defines its value.Because each position has an intrinsic value. In the number "111", the right-most "1" has a value of 1, the second digit from the right has a value of 10, the third digit from the right has a value of 100. The "place" of a digit defines its value.Because each position has an intrinsic value. In the number "111", the right-most "1" has a value of 1, the second digit from the right has a value of 10, the third digit from the right has a value of 100. The "place" of a digit defines its value.
From left to right, choose the smallest digit for each position. Thus, the first digit would be 1, the second digit 0, the third digit 2, etc.
The digit 7 in the number 789456321 represents the number of hundred millions. In the place value system, each digit's position indicates its value relative to the decimal point. The digit 7 is in the hundred millions place, meaning it represents 700,000,000 in this number.
The number that comes after 9199 is 9200. In the decimal number system, each digit position represents a power of 10. So when you increment the last digit of 9199 by 1, you get 9200.