1. Print All Elements of the Array by CodeChum Admin Create an array by asking the user to input the size of an array and its elements. Then print all of its elements on the next line in one line, separated by a comma with a space, starting from index 0. Sample Output 1 Enter the size of the array: 5 Enter element #1: 2 Enter element #2: 6 Enter element #3: 3 Enter element #4: 7 Enter element #5: 5 2, 6, 3, 7, 5

Is the assembly language version of a FOR loop, WHILE loop, DO WHILE loop, GOTO loop function the same or different? If different,identify the differences. Your comparison should be based on: Number of registers used Number of jumps (iterations) Total number of operations

What are three options you have if you still can't solve the issue after using the debugging process?

Below you can see a Mealy and Moore design code as well as simulation (test bench) code. Can you write note on side of code illustrating what the line represents and explain how the two codes are behaving differently? Mealy: Design source code: module mealy #Example of where the notes should go to represent how the lines are behaving ( input shift_start, input shift_stop, input rst, input clk, input d, output reg [7:0] q ); parameter Idle =2'd0; parameter Start =2'd1; parameter Run =2'd2; parameter Stop =2'd3; reg [1:0] state; reg [4:0] delay_cnt; always @(posedge clk or negedge rst) begin if(!rst) begin state <= Idle; delay_cnt <= 0; q <= 0; end else case(state) Idle : begin if(shift_start) state <= Start; end Start : begin if(delay_cnt ==5'd99) begin delay_cnt <= 0; state...

Give an example of a while loop, then provide the equivalent do-while loop and for loop. Then give a different example of a do-while loop, along with the equivalent while loop and for loop. Finally, give an example of a for loop, along with the equivalent while loop and do-while loop. Use your examples to illustrate the advantages and disadvantages of each looping structure, and describe those advantages and disadvantages.

A machine code before loading into the loader on pep/9 simulator is given below. Please show the program before entering the assembler and give a brief description of the overall purpose of the program. D1 FC 15 E1 00 16 D1 FC 15 61 00 16 81 00 18 91 00 1A F1 FC 16 00 00 00 00 OF 00 30 zz

Unfortunately, the code itself executes but recursively in infinite loop. Is there a reason why it is doing that?

Can you explain the basic workings of a counting semaphore?

The capability of random-number generation is provided in the module.