Complete the following sequence:
Complete the following sequence:
\( 0.2,0.3,0.4,?,?,? \)
Complete the following sequence:
\( 0.5,0.6,0.7,?,?,\text{?} \)
Complete the following sequence:
\( 0.9,0.8,0.7,?,?,\text{?} \)
Complete the following sequence:
\( \text{1,0}.9,0.8,?,?,\text{?} \)
Complete the following sequence:
\( 1,0.8,0.6,?,\text{?} \)
Complete the following sequence:
To solve this problem, let's identify the pattern in the sequence:
Given sequence: .
Step 1: Determine the pattern:
Step 2: Use this difference to find the missing terms:
Thus, the completed sequence is .
Comparing the given choices, the correct sequence is choice 3: .
Therefore, the missing terms are .
Complete the following sequence:
To solve this problem, we'll follow these steps:
Now, let's work through each step:
Step 1: Look at the given sequence: . We notice that each term increases by .
Step 2: To continue the pattern, add to the last given term, :
Therefore, the complete sequence is: .
We can verify this matches choice number 1 in the provided answers:
.
Complete the following sequence:
To determine the sequence's missing numbers, follow these steps:
Thus, the completed sequence is .
The correct answer to complete the sequence is .
Complete the following sequence:
To solve this problem, let's determine the rule for creating the sequence:
Therefore, the next three terms in the sequence are .
Complete the following sequence:
To solve this problem, we'll look for a consistent pattern in the given sequence:
Therefore, the sequence continues as .
The correct answer is , which corresponds to choice 4.
Complete the following sequence:
\( 0,0.2,0.4,0.6,?,\text{?} \)
Complete the following sequence:
\( 0,0.01,0.02,?,\text{?} \)
Complete the following sequence:
\( 0.1,0.09,?,?,0.06,0.05 \)
Complete the following sequence:
\( 0.1,?,0.06,0.04,?,0 \)
Complete the following sequence:
\( 0.9,0.6,?,\text{?} \)
Complete the following sequence:
To determine the next numbers in the sequence , we proceed by identifying the pattern:
Each term increases by . Therefore, this sequence follows an arithmetic progression with a common difference of .
To find the next term in the sequence: add to the last known term.
Thus, the next two numbers in the sequence are and .
The correct answer, therefore, is .
Complete the following sequence:
To complete the sequence, let's observe the given numbers: .
Step 1: Calculate the difference between the consecutive terms:
Step 2: The difference between each term is , suggesting a pattern where each term increases by .
Step 3: Apply this pattern to find the next terms:
Therefore, the completed sequence is .
Comparing this with the choices provided, the correct choice is:
Complete the following sequence:
The sequence provided is .
First, observe the difference between the first two numbers of the sequence:
.
This indicates that the sequence decreases by between consecutive terms.
Apply this pattern to find the missing numbers:
1. From , subtract to find the next term:
.
2. From , again subtract :
.
This reveals the sequence as:
.
Therefore, the missing terms in the sequence are and .
The correct answer, matching the choice is .
Complete the following sequence:
To solve this mathematical sequence problem, we need to identify the common difference and use it to find the missing numbers. Let's follow these steps:
Now, let's work through each step:
Step 1: The given numbers in the sequence are .
Step 2: Calculate the common difference. The difference between and is . The difference between and the next number is also . This suggests a pattern of reducing by each time.
Step 3: Deduct from each preceding term to find the subsequent numbers:
Step 4: By substituting the above values into the sequence, we have the completed sequence: .
Therefore, the missing numbers in the sequence are and .
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 .