is not necessarily a property of a Group.

Related MCQs

• Let G be an arbitrary graph with v nodes and k components. If a vertex is removed from G, the number of components in the resultant graph must necessarily lie down between            and            
• Let * be the binary operation on the rational number given by a*b=a+b+ab. Which of the following property does not exist for the group?
• Let the statement be “If n is not an odd integer then square of n is not odd.”, then if P(n) is “n is an not an odd integer” and Q(n) is “(square of n) is not odd.” For direct proof we should prove                    
• Triangle free graphs have the property of clique number is                      
• A relation (34 × 78) × 57 = 57 × (78 × 34) can have                      property.
• Matrix multiplication is a/an                     property.
• A Ring is said to be commutative if it also satisfies the property
• a.(b.c) = (a.b).c is the representation for which property?
• a(b+c) = ac+bc is the representation for which property?
• A free semilattice has the                 property.