Consider the following Verilog code segment:
wire [5:0] A, B;
wire C;
assign C=^A;
If the values of A and B are 5’b10011 and 5’b01110 respectively, what will be the value of {A[3:1], 2{C}, B[2:0]}?

9

Invalid expression

6

27

A. 6’b111000

B. 6’b011000

C. None of the above

D. 6’b111111

A. A latch will be generated for the output "a"

B. The synthesis tool will give an error

C. A combinational circuit implementing an AND function will be generated

D. A combinational circuit implementing a XOR function will be generated

The “assign” statement implements continuous assignment between the expression specified on the right-hand side and a “net” type variable specified on the left-hand side

The “assign” statement implements continuous assignment between the expression specified on the right-hand side and a “reg” type variable specified on the left-hand side

None of these

The “assign” statement can be used to model a latch, which is a sequential circuit

All of the above

A variable index used at the RHS of an “assign” statement generates a multiplexer whereas usage of it at the LHS results in a decoder

The “assign” statement can be used to implement both combinational as well as sequential circuits

The use of conditional operator in an “assign” statement always results in a multiplexer

None of the above

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End simulation

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