Complete the following sequence:
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Complete the following sequence:
To solve this problem, we'll follow these steps:
Now, let's work through each step:
Step 1: Identify the sequence pattern from the given terms and .
Step 2: Calculate the difference between and , which is . This indicates the sequence decreases by with each term.
Step 3: Apply this difference to find the next terms:
- Subtract from :
- Subtract from :
Step 4: Validate against the given choices; the only choice that matches this sequence is .
Therefore, the solution to the problem is .
Determine the numerical value of the shaded area:
Look at whether the numbers are getting bigger or smaller. Since 0.9 becomes 0.6, the sequence is decreasing, so we're subtracting the same amount each time.
That's okay! Just calculate carefully. For example, if you had 1.7, 1.3, the difference would be . Use whatever difference you get from the calculation.
Always check the simplest pattern first! Since gives us a clear constant difference, this is an arithmetic sequence (adding/subtracting the same amount).
Make sure your sequence has the same difference between every pair of consecutive terms. Here: 0.9→0.6 (-0.3), 0.6→0.3 (-0.3), 0.3→0 (-0.3) ✓
That's perfectly normal! If the pattern continues decreasing, you might get negative numbers. Just keep subtracting the same amount: 0, -0.3, -0.6, and so on.
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