If the determinant `|a+p l+x u+fb+q x+y v+gc+r n+z w+h|` splits into exactly `K` determinants of order 3, each element of which contains only one term, then the values of `K` is

If the determinant |[a+p, l+x, u+f], [b+q, x+y, v+g], [c+r, n+z, w+h]| splits into exactly K determinants of order 3, each element of which contains only one term, then the values of K is

If the determinant |{:(x+a,p+u,l+f),(y+b,q+v,m+g),(z+c,r+w,n+h):}| splits into exactly K determinants of order 3, each elements of which contains only one term, then the value of K is 8

If the determinant |(x+a,p+u,l+f),(y+b,q+v,m+g),(z+c,r+w,n+h)| splits into exactly k determinants of order 3, each element of which contains onlyone term, then the value of k is 8.

If the determinant |(x+a,p+u,l+f),(y+b,q+v,m+g),(z+c,r+w,n+h)| splits into exactly k determinants of order 3, each element of which contains onlyone term, then the value of k is 8.

If each element of a determinant of 3rd order is multiplied by k, then how many times the value of the determinant will be multiplied?

Each question is based on the following alphabet-series : A B C D E F G H I J K L M N O P Q R S T U V W X Y Z Which letter will be sixth to the right of the third letter from the left of the letter which is exactly in the middle of the letters in the series given below ? A B C D E Z Y X W V Q R S T U F G H I J K L M N O P A

Each of the following question is based on the following alphabet series : A B C D E F G H I J K L M N O P Q R S T U V W X Y Z K L M N O P Q R S Which letter is fourth to the right of the letter immediately to the left of the letter immediately to the left of the letter which is third to the right of the letter immediately to the left of the letter L ?

Given question are based on the given English, alphabet series. A B C D E F G H I J K L M N O P Q R S T U V W X Y Z If the alphabet is written in the reverse order and every alternate letter starting with Y is dropped, which letter will he exactly in the middle of the remaining letters of the alphabet? 1) M 2) N 3) O 4) M or O 5) None of these