To compare the numbers using scientific notation, we first need to convert each number into scientific notation.
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12,740,876,635 in scientific notation:
- Move the decimal point 10 places to the left:
- \( 12,740,876,635 = 1.2740876635 \times 10^{10} \)
-
345,763,334 in scientific notation:
- Move the decimal point 8 places to the left:
- \( 345,763,334 = 3.45763334 \times 10^8 \)
-
12,920,370,000 in scientific notation:
- Move the decimal point 10 places to the left:
- \( 12,920,370,000 = 1.292037 \times 10^{10} \)
Now we can compare these numbers:
- 1.2740876635 × 10^10
- 3.45763334 × 10^8
- 1.292037 × 10^10
To compare them, we can already see that the two numbers in \( 10^{10} \) form will be larger than the one in \( 10^{8} \).
Next, we compare the two numbers that are in \( 10^{10} \):
- 1.2740876635 × 10^{10}
- 1.292037 × 10^{10}
Since \( 1.292037 > 1.2740876635 \), we conclude that 1.292037 × 10^{10} (which is equivalent to 12,920,370,000) is the largest number.
Therefore, the greatest value among the three numbers is 12,920,370,000 or 1.292037 × 10^{10}.