The given series appears to follow a pattern where each term can be expressed in the form of a quadratic sequence. The nth term can be represented as ( a_n = n(3n - 2) ). To find the sum of the first n terms, ( S_n ), we can derive it from the formula for the sum of a quadratic sequence, leading to ( S_n = \frac{n}{6}(n + 1)(n + 2) ). Thus, the sum to n terms of the series is given by this formula.
These are numbers where after the second number each one is the sum of the previous two. So then you have 23+37 = 60, then 37+60 etc. Eventually you get a series where successive terms are in the same ratio as for the Fibonacci series.
The sum of 14 and 9 is 23.
The term "sum" implies the answer to addition.Example: What is the sum of 10 and 14? The sum is 24.10 + 14 = 24
You can't take a sum if you only have one number. If you mean the sum of 14 and 8, well, just add them... 14 + 8 = 22... XD
Sum of what?
510 -14 = 496
These are numbers where after the second number each one is the sum of the previous two. So then you have 23+37 = 60, then 37+60 etc. Eventually you get a series where successive terms are in the same ratio as for the Fibonacci series.
14 years
14 years
the sum of -14 + 29 is 15
The sum of 14 and 9 is 23.
On the basis that you are familiar with terms such as "tetrakaidecagon" I assume you are mathematically at a stage where angles are measured in radians and not degrees. Then the interior angles of a 14 sided polygon sum to (14-2)*pi radians or 12*pi radians.
The term "sum" implies the answer to addition.Example: What is the sum of 10 and 14? The sum is 24.10 + 14 = 24
The sum is 14 at room temperature.
You can't take a sum if you only have one number. If you mean the sum of 14 and 8, well, just add them... 14 + 8 = 22... XD
The term "sum" implies the answer to addition.Example: What is the sum of 10 and 14?10 + 14 = 24
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