Flipping a coin is ultimately a binary outcome heads or tail

Flipping a coin is ultimately a binary outcome (heads or tails). The code below simulates flipping a coin by using a random number generator with 0 and 1 as the possible outcomes and identifies Flip = 1 as heads and Flip = 0 as tails. clear all; Flip = Randi ([0 1], 1, 1); %Generating one random integer of 1 or 0 fprintf (\'%d\ \\\', Flip); %Let the user know the outcome. if Flip(1) == 1 fprintf (\'The coin flip was Heads\ \'); elseif Flip(1) == 0 fprintf(\'The coin flip was Tails\ \'); end Write a MATLAB Script that can handle two coin flips and the four possible outcomes. Use the above script as a starting point. Make sure your fprintf acknowledges both flip results.

Solution

% matalb code

% generating two random integers of 1 and 0
Flip = randi([0 1],1,2);
fprintf(\"coin1: %d\ \",Flip(1));
fprintf(\"coin2: %d\ \",Flip(2));

if Flip(1) == 1 && Flip(2) == 1
fprintf(\"First coin flip was Head and second coin flip was also Head\ \");
elseif Flip(1) == 1 && Flip(2) == 0
fprintf(\"First coin flip was Head and second coin flip was Tail\ \");
elseif Flip(1) == 0 && Flip(2) == 1
fprintf(\"First coin flip was Head and second coin flip was Head\ \");
elseif Flip(1) == 0 && Flip(2) == 0
fprintf(\"First coin flip was Tail and second coin flip was also Tail\ \");
end

%{
sample output:

coin1: 1
coin2: 0
First coin flip was Head and second coin flip was Tail

%}