darts.m

function [ height ] = darts( v_initial,angle )
%Dart Projectile Calculator
%   Calculate the hight at which a projectile will land
%    when thrown at a specific velocity and angle
r_angle = angle*(pi/180);     % angle converted to radians
Vy = v_initial.*sin(r_angle); % x component of velocity
Vx = v_initial.*cos(r_angle); % y component of velocity
time = (2*v_initial*sin(r_angle))/9.81;

h = (Vy*time) - (.5*(9.81)*(time)^2) + 1.72; 
height = h;

	fprintf('Your height is %f\n',height) %Display of Results


time_int = 0:0.01:time; %Define time interval in vector form (still seconds)

X_Range = Vx*time_int;                                             %Define x distance as vector
Y_Range = 1.72+Vy*sin(r_angle)*time_int-(1/2)*9.81*time_int.^2; %Define y distance as vector

setdefaults                  %Setting the defaults
plot(X_Range,Y_Range);       %Plotting the points, x and y are both dependent on time_interval
xlabel('Distance (meters)');
ylabel('Distance (meters)');
title('Dart Throwing Graph');

end