What will the following code segment do?

always @(posedge clock)

begin

    y = x;

    z = y;

    x = z;

end

A. 00100110

B. 00111110

C. 01111110

D. None of these

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

9

Invalid expression

6

27

None of the above

Suspend simulation

End simulation

Exit simulator

A. 6’b111000

B. 6’b011000

C. None of the above

D. 6’b111111

100ns/110ps

1ns/1ps

100ns/100ps

10ns/1ps

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