Summations and Sequences - Math
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List the first 4 terms of an arithmetic sequence with a first term of 3, and a common difference of 5.
List the first 4 terms of an arithmetic sequence with a first term of 3, and a common difference of 5.
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An arithmetic sequence is one in which the common difference is added to one term to get the next term. Thus, if the first term is 3, we add 5 to get the second term, and continue in this manner.
Thus, the first four terms are:
An arithmetic sequence is one in which the common difference is added to one term to get the next term. Thus, if the first term is 3, we add 5 to get the second term, and continue in this manner.
Thus, the first four terms are:
Which of the following is a geometric sequence?
Which of the following is a geometric sequence?
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A geometric sequence is one in which the next term is found by mutlplying the previous term by a particular constant. Thus, we look for an implicit definition which involves multiplication of the previous term. The only possibility is:
A geometric sequence is one in which the next term is found by mutlplying the previous term by a particular constant. Thus, we look for an implicit definition which involves multiplication of the previous term. The only possibility is:
Consider the Fibonacci sequence written below. What are the next three terms?
Consider the Fibonacci sequence written below. What are the next three terms?
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Each number in the Fibonacci sequence can be calculated by the sum of the previous two numbers.
The next term in the sequence will be the sum of the two terms preceding it: 8 and 13.
The next term will be the sum of 13 and 21.
The next term will be the sum of 21 and 34.
Each number in the Fibonacci sequence can be calculated by the sum of the previous two numbers.
The next term in the sequence will be the sum of the two terms preceding it: 8 and 13.
The next term will be the sum of 13 and 21.
The next term will be the sum of 21 and 34.
List the first 4 terms of an arithmetic sequence with a first term of 3, and a common difference of 5.
List the first 4 terms of an arithmetic sequence with a first term of 3, and a common difference of 5.
Tap to see back →
An arithmetic sequence is one in which the common difference is added to one term to get the next term. Thus, if the first term is 3, we add 5 to get the second term, and continue in this manner.
Thus, the first four terms are:
An arithmetic sequence is one in which the common difference is added to one term to get the next term. Thus, if the first term is 3, we add 5 to get the second term, and continue in this manner.
Thus, the first four terms are:
Which of the following is a geometric sequence?
Which of the following is a geometric sequence?
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A geometric sequence is one in which the next term is found by mutlplying the previous term by a particular constant. Thus, we look for an implicit definition which involves multiplication of the previous term. The only possibility is:
A geometric sequence is one in which the next term is found by mutlplying the previous term by a particular constant. Thus, we look for an implicit definition which involves multiplication of the previous term. The only possibility is:
Consider the Fibonacci sequence written below. What are the next three terms?
Consider the Fibonacci sequence written below. What are the next three terms?
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Each number in the Fibonacci sequence can be calculated by the sum of the previous two numbers.
The next term in the sequence will be the sum of the two terms preceding it: 8 and 13.
The next term will be the sum of 13 and 21.
The next term will be the sum of 21 and 34.
Each number in the Fibonacci sequence can be calculated by the sum of the previous two numbers.
The next term in the sequence will be the sum of the two terms preceding it: 8 and 13.
The next term will be the sum of 13 and 21.
The next term will be the sum of 21 and 34.
List the first 4 terms of an arithmetic sequence with a first term of 3, and a common difference of 5.
List the first 4 terms of an arithmetic sequence with a first term of 3, and a common difference of 5.
Tap to see back →
An arithmetic sequence is one in which the common difference is added to one term to get the next term. Thus, if the first term is 3, we add 5 to get the second term, and continue in this manner.
Thus, the first four terms are:
An arithmetic sequence is one in which the common difference is added to one term to get the next term. Thus, if the first term is 3, we add 5 to get the second term, and continue in this manner.
Thus, the first four terms are:
Which of the following is a geometric sequence?
Which of the following is a geometric sequence?
Tap to see back →
A geometric sequence is one in which the next term is found by mutlplying the previous term by a particular constant. Thus, we look for an implicit definition which involves multiplication of the previous term. The only possibility is:
A geometric sequence is one in which the next term is found by mutlplying the previous term by a particular constant. Thus, we look for an implicit definition which involves multiplication of the previous term. The only possibility is:
Consider the Fibonacci sequence written below. What are the next three terms?
Consider the Fibonacci sequence written below. What are the next three terms?
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Each number in the Fibonacci sequence can be calculated by the sum of the previous two numbers.
The next term in the sequence will be the sum of the two terms preceding it: 8 and 13.
The next term will be the sum of 13 and 21.
The next term will be the sum of 21 and 34.
Each number in the Fibonacci sequence can be calculated by the sum of the previous two numbers.
The next term in the sequence will be the sum of the two terms preceding it: 8 and 13.
The next term will be the sum of 13 and 21.
The next term will be the sum of 21 and 34.
List the first 4 terms of an arithmetic sequence with a first term of 3, and a common difference of 5.
List the first 4 terms of an arithmetic sequence with a first term of 3, and a common difference of 5.
Tap to see back →
An arithmetic sequence is one in which the common difference is added to one term to get the next term. Thus, if the first term is 3, we add 5 to get the second term, and continue in this manner.
Thus, the first four terms are:
An arithmetic sequence is one in which the common difference is added to one term to get the next term. Thus, if the first term is 3, we add 5 to get the second term, and continue in this manner.
Thus, the first four terms are:
Which of the following is a geometric sequence?
Which of the following is a geometric sequence?
Tap to see back →
A geometric sequence is one in which the next term is found by mutlplying the previous term by a particular constant. Thus, we look for an implicit definition which involves multiplication of the previous term. The only possibility is:
A geometric sequence is one in which the next term is found by mutlplying the previous term by a particular constant. Thus, we look for an implicit definition which involves multiplication of the previous term. The only possibility is:
Consider the Fibonacci sequence written below. What are the next three terms?
Consider the Fibonacci sequence written below. What are the next three terms?
Tap to see back →
Each number in the Fibonacci sequence can be calculated by the sum of the previous two numbers.
The next term in the sequence will be the sum of the two terms preceding it: 8 and 13.
The next term will be the sum of 13 and 21.
The next term will be the sum of 21 and 34.
Each number in the Fibonacci sequence can be calculated by the sum of the previous two numbers.
The next term in the sequence will be the sum of the two terms preceding it: 8 and 13.
The next term will be the sum of 13 and 21.
The next term will be the sum of 21 and 34.