A matrix is a rectangle of numbers in rows and columns. A $1$xN matrix has one row and Ncolumns. An NxN matrix has N rows and N columns.Multiplying a $1$xN matrix A and an NxN matrix B produces a $1$xN matrix C$.$ To determine theNth element of C multiply each element of A by each element of the Nth column of B and sumthe results. Helpful information can be found at matrix multiplication.Write a program that reads a $1$xN matrix A and an NxN matrix B from input and outputs the $1$xNmatrix product, C$.$ The first integer input is N$,$ followed by one row of N integers for matrix Aand then N rows of N integers for matrix B$.$ N can be of any size $>=2.$For coding simplicity, follow each output integer by a space, even the last one.Example:Enter number of columns: $2$Enter two values for $1$ x $2$ matrix: $23$Enter two values for row $1$: $12$Enter two values for row $2$: $34$Result is: $1116$A contains $2$ and $3,$ the first row of B contains $1$ and $2,$ and the second row of B contains $3$ and $4.$ Thefirst element of C is $(2*1)+(3*3),$ and the second element of C is $(2*2)+(3*4).$Row $1$ column$1$ multiplies by row $2$ column $1(2*1)$Row $1$ column $2$ multiplies by row $3$ column $1(3*3)$Add together$(2*1)+(3*3)$ Result $11$Row $1$ column $1$ multiplies by row $2$ column $2(2*2)$Row $1$ column $2$ multiplies by row $3$ column $2(3*4)$Add together$(2*2)+(3*4)$ Result $16$ In java