Complete the sequence:
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Complete the sequence:
To solve this problem, let's follow these steps:
Step 1: Calculate the differences:
The difference between the first and second terms is .
The difference between the second and third terms is .
Step 2: Identifying that the sequence alternates increases, first by 45 and then by 5, we predict it continues by adding 5. Thus, extending the sequence, the next terms would be:
,
,
.
Therefore, the next terms in the sequence are .
Step 3: Verify against provided answer choices. The correct choice is:
The next numbers in the sequence are .
Complete the sequence:
\(     1{,}007,\ 1{,}008,\ 1{,}009, \ \ldots     \)
The jump from 955 to 1000 (difference of 45) seems unusual, but in some sequences, there can be initial corrections or the pattern starts after a certain point. Focus on the consistent pattern you see in recent terms.
Look for the most recent consistent pattern. Here, both 1000 to 1005 and the continuing pattern show a difference of 5, so that's your common difference.
If differences aren't constant, look for patterns in the differences themselves! Sometimes sequences have second-order patterns where the differences form their own sequence.
While answer choices can help verify your work, always solve systematically first. Understanding the pattern helps you solve similar problems even without multiple choice options!
The commas in numbers like 1,000 and 1,005 are just for readability. Focus on the actual values: 1000, 1005, 1010, etc. The mathematical relationships remain the same.
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