adplus-dvertising
frame-decoration

Question

An infinite cyclic group does not have a ______ series.

a.

AP

b.

GP

c.

Composite

d.

Finite

Posted under Discrete Mathematics

Answer: (c).Composite

Engage with the Community - Add Your Comment

Confused About the Answer? Ask for Details Here.

Know the Explanation? Add it Here.

Q. An infinite cyclic group does not have a ______ series.

Similar Questions

Discover Related MCQs

Q. Every cyclic group is a/an ______

Q. What is an irreducible module?

Q. A finite group G of order 219 is __________

Q. The number of generators of cyclic group of order 219 is __________

Q. The order of a simple abelian group is __________

Q. The Number of Elements Satisfying g7=e in a finite Group F is ______

Q. All the rings of order p2 is ____________

Q. An element of a commutative ring R(1≠0) is nilpotent if __________

Q. A group G of order 20 is __________

Q. Consider an integer 23 such that 23 >= 3p for a 2p-cycle in a permutation group, then p is ___________

Q. Suppose Kₘ={P∈Sₘ|, |P| is odd prime}. Determine the set for which m≥3 Kₘ a subgroup of Sₘ.

Q. The dihedral group having order 6 can have degree _____________

Q. Let (z, *) is a group with x*y=x+y-2 then inverse of x is ___________

Q. Let X be a n-square matrix such that Y = X + 8I. Which of the following property will exist?

Q. Suppose, M is a lower triangular matrix with all diagonal entries zero. The resultant matrix of M+I will be ___________

Q. If Y⁹⁸ (a raised to the power of 5) = 0 and Y is a 97-square matrix. Determine the value of Y⁹⁷.

Q. If 54th row of a 67th row matrix is linearly independent with each other then find the rank of the matrix.

Q. Let M be an 4×4 matrix with real entries such that Mᵏ=0, for some k≥1. Find the determinant value of (I+M), where, I be the 4 x 4 identity matrix.

Q. Suppose (2, 5, 8, 4) and (3, 6) are the two permutation groups that form cycles. What type of permutation is this?

Q. Which of the following is not an abelian group?