% define the data as arrays v_initial = [38.14; 37.20; 37.74; 29.22; 29.05; 29.38; 22.12; 22.36; 22.05]; time_of_flight = [0.28; 0.28; 0.28; 0.28; 0.27; 0.28; 0.27; 0.28; 0.28 into a line graph in matlab

To define the data as arrays and create a line graph in MATLAB, you can follow these steps:

1. Define the data as arrays:

main.m
v_initial = [38.14; 37.20; 37.74; 29.22; 29.05; 29.38; 22.12; 22.36; 22.05];
time_of_flight = [0.28; 0.28; 0.28; 0.28; 0.27; 0.28; 0.27; 0.28; 0.28];
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2. Create a line graph using the plot function:

main.m
plot(time_of_flight, v_initial, 'o-');
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The plot function plots the values from time_of_flight on the x-axis and v_initial on the y-axis. The 'o-' argument specifies that you want to plot dots for each data point and connect them with a line.

3. Add labels and a title to the graph:

main.m
xlabel('Time of Flight');
ylabel('Initial Velocity');
title('Line Graph of Initial Velocity vs. Time of Flight');
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This code sets the x-axis label to "Time of Flight", the y-axis label to "Initial Velocity", and the title of the graph to "Line Graph of Initial Velocity vs. Time of Flight".

4. Display the graph:

main.m
grid on; % Optional: add grid lines
legend('Data'); % Optional: add a legend
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The grid on command adds grid lines to the graph, and the legend command adds a legend if you have multiple data sets.

Putting it all together, your code in MATLAB would look like this:

main.m
v_initial = [38.14; 37.20; 37.74; 29.22; 29.05; 29.38; 22.12; 22.36; 22.05];
time_of_flight = [0.28; 0.28; 0.28; 0.28; 0.27; 0.28; 0.27; 0.28; 0.28];

plot(time_of_flight, v_initial, 'o-');
xlabel('Time of Flight');
ylabel('Initial Velocity');
title('Line Graph of Initial Velocity vs. Time of Flight');
grid on;
legend('Data');
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By running this code in MATLAB, you will get a line graph displaying the relationship between the initial velocity and the time of flight.