Explain how to use a determinant to compute u x v. Choose the correct answer below. O A. The cross product u xv can be calculated with the determinant of a 2 x3 matrix. The first row is comprised of the components of u, and the second row is comprised of the components of v. O B. The cross product u xv can be calculated with the determinant of a 3 x3 matrix. The first row consists of the unit vectors i, j, and k. The second row is comprised of the components of u, and the third row is comprised of the components of v. O C. The cross product uxv can be calculated with the determinant of a 3x3 matrix. The first column consists of the unit vectors i, j, and k. The second column is comprised of the components of v, and the third column is comprised of the components of u. O D. The cross product u xv can be calculated with the determinant of a 5 x3 matrix. The first three rows are the components of the unit vectors i, j, and k. The fourth row is comprised of the components of u, and the fifth row is comprised of the components of v.Asuilcase is pulled 24 feet along a at sidewalk with a constant upward force of 80 lb at an angle of 23'1 with the horizontal. Calculate the work done. The work done is toot-pounds. (Round to the nearest footpound as needed.)