MOD3 RAM Random Access Memory can be written to and read fro
     MOD3  RAM (Random Access Memory, can be written to and read from)  ROM (Read Only Memory)  Full Adder  n-bit Adder  module MOD3(input clk,  input rst,  input[3:0] addr,  output reg [7:0] data);  reg[7:0] array[3:0];  always  (posedge clk or posedge rst)  if(rst)  begin  array[0] ![MOD3 RAM (Random Access Memory, can be written to and read from) ROM (Read Only Memory) Full Adder n-bit Adder module MOD3(input clk, input rst, input[3:0] add  MOD3 RAM (Random Access Memory, can be written to and read from) ROM (Read Only Memory) Full Adder n-bit Adder module MOD3(input clk, input rst, input[3:0] add](/WebImages/10/mod3-ram-random-access-memory-can-be-written-to-and-read-fro-1004696-1761517819-0.webp) 
  
  Solution
option vi. ROM (READ ONLY MEMORY)
Explanation:
 It\'s Clear from the logic that only data at datapaths 8\'h03 is copied to array[0] and so on respectively.
 No Data manipulations like writing or adding data is done. Hence it can be confirmed that the above logic is for ROM(Read Only Memory) module.
![MOD3 RAM (Random Access Memory, can be written to and read from) ROM (Read Only Memory) Full Adder n-bit Adder module MOD3(input clk, input rst, input[3:0] add  MOD3 RAM (Random Access Memory, can be written to and read from) ROM (Read Only Memory) Full Adder n-bit Adder module MOD3(input clk, input rst, input[3:0] add](/WebImages/10/mod3-ram-random-access-memory-can-be-written-to-and-read-fro-1004696-1761517819-0.webp)
