can you answer this question using MATLAB CMPSC 200 SPRING 2018 Penn State Harrisburg 9. Create a

can you answer this question using MATLAB

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CMPSC 200 SPRING 2018 Penn State Harrisburg 9. Create a 3D array A with dimensions 4x4x4. Fill the contents however you want, but using numeric values. One quick way to do this would be with nested for loops. 10. Viewing A (:,:,1) as the 'front' of this 4x4x4 cube, and A(:,:,4) as the back, use indexing to retrieve each of the following, all of which will be 4x4 matrices: the 'top' layer of the cube the 'bottom' layer layer of the cube. the 'left' side the 'right' side 11. Hint for part 10: if you're stuck, try drawing a picture, and think about which indices need to range over all values (:) and which indices are fixed, for any particular side of the cube. For example, as we move around on the left side of the cube we encounter all rows (:) and all depths (:) but the column is always column 1, so the left side would be A(:,1,:). CMPSC 200 SPRING 2018 Penn State Harrisburg 9. Create a 3D array A with dimensions 4x4x4. Fill the contents however you want, but using numeric values. One quick way to do this would be with nested for loops. 10. Viewing A (:,:,1) as the 'front' of this 4x4x4 cube, and A(:,:,4) as the back, use indexing to retrieve each of the following, all of which will be 4x4 matrices: the 'top' layer of the cube the 'bottom' layer layer of the cube. the 'left' side the 'right' side 11. Hint for part 10: if you're stuck, try drawing a picture, and think about which indices need to range over all values (:) and which indices are fixed, for any particular side of the cube. For example, as we move around on the left side of the cube we encounter all rows (:) and all depths (:) but the column is always column 1, so the left side would be A(:,1,:).

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