5. Design a combinational circuit that takes in two 2-bit binary numbers. The system should produce...

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5. Design a combinational circuit that takes in two 2-bit binary numbers. The system should produce the product of the two numbers at the output. 6. Design a combinational circuit that takes in two 2-bit binary numbers. The output is 1 if the product is less or equal to 2. 7. Design a system to perform the following computation: S = X+Y-Z I where each of the inputs X, Y, and Z are 4-bit binary numbers. 8. Design a combinational circuit that has a 4-bit input number in BCD form, and one output. The output is 1 if and only if the input is between 5 and 8. 9. Design a combinational circuit to drive a 7-segment display. The circuit accepts a 4-bit binary number in BCD form and outputs the 7 control lines for the display. 10. Design a system that takes in a 4-bit binary number and adds either 1 or 2 to it. Use full adders and a control like K.. 5. Design a combinational circuit that takes in two 2-bit binary numbers. The system should produce the product of the two numbers at the output. 6. Design a combinational circuit that takes in two 2-bit binary numbers. The output is 1 if the product is less or equal to 2. 7. Design a system to perform the following computation: S = X+Y-Z I where each of the inputs X, Y, and Z are 4-bit binary numbers. 8. Design a combinational circuit that has a 4-bit input number in BCD form, and one output. The output is 1 if and only if the input is between 5 and 8. 9. Design a combinational circuit to drive a 7-segment display. The circuit accepts a 4-bit binary number in BCD form and outputs the 7 control lines for the display. 10. Design a system that takes in a 4-bit binary number and adds either 1 or 2 to it. Use full adders and a control like K..