Sage-Tips

Which term of GP root3 3 3root3 is 729?

first term a = root 3. = root 3. n = 12. Therefore the 12th term of the given sequence is 729.

What is the formula of sum of geometric sequence?

To find the sum of a finite geometric series, use the formula, Sn=a1(1−rn)1−r,r≠1 , where n is the number of terms, a1 is the first term and r is the common ratio .

What is the 50th term of the sequence root 3 3 3 Root 3?

729
√3,3,3√3,… is 729.

Which term of the series is 729?

Thus, the 12th term of the given sequence is 729.

What is the 50th term of the sequence root 3 3 3 Root 3 and 9?

Here, a= root 3 , and r = root 3 , n = 50now, T(n) = ar‹n-1 = root 3 . root 3‹50-1= root 3‹50… This discussion on What is the 50thterm of the sequence 3, 3, 33, 9….a)(3)49b)(3)50c)349d)350Correct answer is option ‘B’. Can you explain this answer? is done on EduRev Study Group by JEE Students.

What is the 4th term in the geometric progression?

Then the common ratio of GP is Q9. If x, 2x + 2, 3x + 3 are the first three terms of a geometric progression, then 4th term in the geometric progression is Q10.

How do you find the n-th term of a progression?

In this case, the first term will be a₁ = 1 by definition, the second term would be a₂ = a₁ * 2 = 2, the third term would then be a₃ = a₂ * 2 = 4 etc. The n-th term of the progression would then be

How do you find the nth term of a geometric sequence?

To find the nth term of a geometric sequence: 1 Calculate the common ratio raised to the power (n-1). 2 Multiply the resultant by the first term, a. More

What are the most important values of a finite geometric sequence?

With our geometric sequence calculator, you can calculate the most important values of a finite geometric sequence. These values include the common ratio, the initial term, the last term and the number of terms. Here’s a brief description of them: Initial term: First term of the sequence,