Consider a two-dimensional array. It can be stored either in row major order or in column...

   

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Consider a two-dimensional array. It can be stored either in row major order or in column major order. For an array a of dimensions dl x d2, storing integers, and assuming array indices start from 0: Consider the row major order storage and int size of 8 bytes Answer the following questions i. (0.5 pts) How many bytes are occupied by the array when d1 is 2 and d2 is 10? ii. (1.5 pts) Given a[m][n] find the memory address of this element in relation to the memory address of a[0][0]. Express this in terms of dl and d2. iii. (1 pt) Given dl -2, d2-4, would a[2][2] be accepted as valid? Give an example of one language where it would, and one where it would not. Irrespective of validity, what (if any) correct array location does it correspond to? Provide the location as the pair of indices (for example a[5][1]). Consider a two-dimensional array. It can be stored either in row major order or in column major order. For an array a of dimensions dl x d2, storing integers, and assuming array indices start from 0: Consider the row major order storage and int size of 8 bytes Answer the following questions i. (0.5 pts) How many bytes are occupied by the array when d1 is 2 and d2 is 10? ii. (1.5 pts) Given a[m][n] find the memory address of this element in relation to the memory address of a[0][0]. Express this in terms of dl and d2. iii. (1 pt) Given dl -2, d2-4, would a[2][2] be accepted as valid? Give an example of one language where it would, and one where it would not. Irrespective of validity, what (if any) correct array location does it correspond to? Provide the location as the pair of indices (for example a[5][1]).