Please help me with these 2 questions.. 1) Do this code without using if-eles statments!!! 2) Do this code using anything possible. Create a Verilog module named !f2ro4 that represents a 2-to-4 binary decoder using an if-else statement. Create a second module named h3to8 that represents the 3-to-8 binary decoder in Figure 4.15 using two instances of the if2to4 module. 28 Write Verilog code that represents the circuit in Figure 4.17. Use the dec2to4 module in Figure 4.31 as a sub circuit in your code. Solution // Verilog Code for 2 to 4 decoder without using if-else statements module if2to4 (w, en, y); input [1:0] w; input en; output [3:0] y; reg [3:0] y; always @ (w, en) case({en, w}) 3 .

1. Please help me with these 2 questions..
1) Do this code without using if-eles statments!!!
2) Do this code using anything possible.
Create a Verilog module named !f2ro4 that represents a 2-to-4 binary decoder using an if-else
statement. Create a second module named h3to8 that represents the 3-to-8 binary decoder in
Figure 4.15 using two instances of the if2to4 module. 28 Write Verilog code that represents the
circuit in Figure 4.17. Use the dec2to4 module in Figure 4.31 as a sub circuit in your code.
Solution
// Verilog Code for 2 to 4 decoder without using if-else statements
module if2to4 (w, en, y);
input [1:0] w;
input en;
output [3:0] y;
reg [3:0] y;
always @ (w, en)
case({en, w})
3