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F)

Please post VHDL code for each part. Thanks.

A Sequential Multiplier mimics the simple multiplication algorithm we learned in elementary school. Start with the least significant place value (1-bit) of the Multiplier and multiply that single place value by the entire Multiplicand. The result is the first row of the product. In binary, multiplication of vector by a single bit is as simple as ANDing the single bit with each place value in the vector. So the multiplication will be either all zeros (when the single bit- 'O') or the original vector (when the single bit '1'). Continuing, add a new row to the result and append a zero before taking the next place value of the Multiplier and multiplying it by the Multiplicand. After you've gone through all place values of the Multiplier, sum the resulting rows to achieve the final product. A Sequential Multiplier mimics the simple multiplication algorithm we learned in elementary school. Start with the least significant place value (1-bit) of the Multiplier and multiply that single place value by the entire Multiplicand. The result is the first row of the product. In binary, multiplication of vector by a single bit is as simple as ANDing the single bit with each place value in the vector. So the multiplication will be either all zeros (when the single bit- 'O') or the original vector (when the single bit '1'). Continuing, add a new row to the result and append a zero before taking the next place value of the Multiplier and multiplying it by the Multiplicand. After you've gone through all place values of the Multiplier, sum the resulting rows to achieve the final product