Complete the sequence:
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Complete the sequence:
To solve this problem, we need to extend the given sequence .
First, we observe the given numbers:
Next, we find the common difference () between consecutive terms:
.
This tells us that each term increases by .
Using the pattern established, we can find the next terms in the sequence:
Therefore, the next terms in the sequence are .
Given the choices, the correct sequence that matches this pattern is choice 3.
Therefore, the solution to the problem is .
Complete the sequence:
\( 20{,}000,\ 20{,}001,\ 20{,}002, \ \ldots \)
Subtract the first term from the second term to find the common difference. In this case: . This is the amount you add to get each next term!
Don't let big numbers intimidate you! The process is exactly the same as with small numbers. Focus on the pattern and difference between terms, not the size of the numbers.
Yes! Sequences can multiply, divide, or follow other patterns. But when you see equal differences like between terms, it's an arithmetic sequence (adding pattern).
Look at the answer choices to see how many terms they want. Usually it's the next 3 terms after the given ones, but always check what the question is asking for!
Write out the numbers carefully or use place value thinking. is "one hundred thousand" and is "two hundred thousand."
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