Common ratio of geometric series

Related BrainMass Solutions

• Geometric Sequence Questions

  Step by step procedure for the calculation of problems geometric series, including partial sums and the common ratio is given in an attachment.

• Sequences and functions

  The initial number of bacteria is the first term of the geometric series, and if each bacteria produces two offsprings before dying in a period of n, then the common ratio is 2.

• Sequences and Series

  Let Xn be the nth term of a geometric progression with first term a and common ratio r then Xn =arn-1 = 1*39= 19683 c) Using the formula for the sum of a geometric series, what is the sum of the first 10 terms?

• Sum of geometric series

  The above series is geometric series with common ratio r = 0.8 and first terms a = 1 Therefore its sum is given by 2.

• Arithmetic and Geometric Sequences

  =2 therefore , common ratio , r =2 b) Using the formula for the nth term of a geometric series, what is the 24th term?

• High School Math Problems/Sequences using sigma

  10.What is a rule for the nth term of the geometric sequence with a3= -12 and common ratio r=3 11.What is the sum of the series∑_(i=0)^9▒〖20〖(1/2)〗^i 〗 12.What is the sum of the series ∑_(i=0)^5▒

• arithmetic and geometric progression , classical problem

  =2 therefore , common ratio , r =2 b) Using the formula for the nth term of a geometric series, what is the 24th term?

• Arithmetic and Geometric Series Sequences

  For the geometric sequence, a_n = a_1 * r^(n-1) , , where a_1 is the first value of the sequence, r is common ratio of successive members, and n the index. So it is an exponential function. The solution explains the definition of the function.

• Arithmetic and Geometric Sequences and Series

  Geometric sequence: If x is the first term and y is common ratio, the nth term of the sequence is given by tn=xy(n-1) which is exponential function. Real life examples: Suppose Mr. A borrowed a sum of $1000 from Mr. B.