Find the sum of the infinite geometric series, if it exists.
(just type the answer...if it doesn't exist type 'does not exist')
NOTE: Be sure to use the fraction in your equation..desmos is going to give you a rounded decimal on the x-axis...find the r and use the fraction NOT the decimal or your answer will be off.
Find the sum of the infinite geometric series, if it exists.
(just type the answer as a fraction...if it doesn't exist type 'does not exist')
Find the sum of the infinite geometric series, if it exists.
(just type the answer...if it doesn't exist type 'does not exist')
Find the sum of the infinite geometric series, if it exists.
(just type the answer...if it doesn't exist type 'does not exist')
Find the sum of the infinite geometric series, if it exists.
(just type the answer...if it doesn't exist type 'does not exist')
Given the recursive formula, what is the third term of the sequence?
Given the recursive formula, what is the fourth term of the sequence?
Write the recursive formula representing the sequence 4, 20, 100, 500,...
Write the recursive formula representing the sequence 7, 15, 23, 31,...
Write the recursive formula representing the sequence 1.8, 2.4, 3, 3.6...
(use the decimal in your formula)
What is the nth term of the indicated sequence?
What is
for the arithmetic series described?
Find the missing terms in the following series:
? , 7, ??, ???, 13
(sub the p values into the equation)
13
11
9
15
5
7
?
??
???
What is the last term of the following arithmetic sequence?
(this has 7 seven terms...)
This is NOT asking for the sum...it's asking for the 7th term in the sequence!!
226 is the ______ term in the arithmetic sequence 34, 42, 50, 58, ...
(find n...just type in the number)
What is the common ratio of the indicated geometric sequence?
Given the sequence:
What is the sum of the following series?
Which is the nth term of the indicated sequence?
(just type in the answer..as a fraction, if necessary)
What is the sum of the following series?
Find the sum of the infinite geometric series, if it exists.
(just type the answer...if it doesn't exist type 'does not exist')
Find the sum of the infinite geometric series, if it exists.
(just type the answer...if it doesn't exist type 'does not exist')
upload your pages of work here--page 1
upload your pages of work here--page 2