[" If "A" is a matrix of order "n times n],[" then "KA=]

If A is a matrix of order 3, then det(kA) is

If A is a matrix of order 3times3 then |KA|=K^(n)|A| where n is

If A is a square matrix of order n then |kA|=

If A is a matrix of order 3 times 3 and det A = 2 and n = det ubrace((adj(adj...........adjA)))_("2024 terms") , the remainder when n is divided by 9, is

If A is a unit matrix of order n, then A(adjA) is

If A is a square matrix of order n, then |adj A|=

If A is a singular matrix of order n, then A(adjA)=

" 2.Let A be a square matrix of order "3times3" ,then "|KA|" is equal to "