For a given geometric sequence... 13thth-thFor a given geometric sequence, the 11term, a1, is equal toand the 14" term, a , is equal to 39. Find the value of the 16" term,a16'If applicable,write your answer as a fraction.a16 = 0?

Name: For a given geometric sequence... 13thth-thFor a given geometric seque
Uploaded: 2024-03-20T06:38:58.000Z
Channel: Bartleby
Description: For a given geometric sequence... 13thth-thFor a given geometric sequence, the 11term, a1, is equal toand the 14" term, a , is equal to 39. Find the value of the 16" term,a16'If applicable,write your answer as a fraction.a16 = 0?

Given: a11=139a14=39 To find: a16

Answered: write your answer as a fraction. 16 olo

Math

Calculus

write your answer as a fraction. 16 olo

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter3: Linear And Nonlinear Functions

Section3.6: Arithmetic Sequences As Linear Functions

Problem 40PFA

See similar textbooks

Similar questions

Find the first term and common difference of a sequence where the third term is 2 and the twelfth term is -25. Give the formula for the general term.
Find the first term and common difference of a sequence where the fourth term is 17 and the thirteenth term is 53. Give the formula for the general term.
Find the nineteenth term of a sequence where the fifth term is 1 and the common difference is -4. Give the formula for the general term.
Find the first term and common difference of an arithmetic sequence whose ninth term is -1 and the sixteenth term is -15. Then find a formula for the general term.
Find the eighteenth term of a sequence where the first term is 13 and the common differences is -7.
Find the twenty-seventh term of a sequence where the first term is 7 and the common difference is 9.
At which term does the term does the sequence 5.4,14.5,23.6, exceed 151?
Find the twenty-third term of an arithmetic sequence whose seventh term is 11 and common difference is three. Then find a formula for the general term.
The second term of a geometric sequence is 6, and the fifth term is 81/4. Find the eighth term. (Assume that the terms of the sequence are positive.)
The 8th term of an arithmetic sequence is 25, and the 12th term is 41. Write the first 11 terms of this sequence.