plot the graph indicating the maximum weight of the load the forklift can support before it starts tipping around the front wheel as a function of 𝐿𝐿1 in matlab

To plot the graph indicating the maximum weight of the load the forklift can support before it starts tipping around the front wheel as a function of L1 in MATLAB, you will need to define the function that represents the tipping point and then plot it.

Here is an example code that demonstrates how to do it:

main.m
% Define the tipping point function
function weight = tippingPoint(L1)
    % Calculate the maximum weight of the load based on L1
    weight = L1 * 0.1; % Assuming a weight coefficient of 0.1
    
    % Add any other necessary calculations or conditions based on your problem
    
    % Return the maximum weight
    return
end

% Define the range of L1 values for the x-axis
L1_values = 1:10;

% Preallocate an array to store the calculated maximum weights
weights = zeros(size(L1_values));

% Calculate the maximum weight for each L1 value
for i = 1:length(L1_values)
    weights(i) = tippingPoint(L1_values(i));
end

% Plot the graph
plot(L1_values, weights)
xlabel("L1")
ylabel("Maximum Weight")
title("Maximum Weight of Load before Forklift Tipping")
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In this example, the tipping point function tippingPoint takes L1 as an input and returns the maximum weight of the load before the forklift starts tipping. The weight coefficient of 0.1 assumes a linear relationship between L1 and the maximum weight.

You can modify the tipping point function and any other calculations or conditions based on your specific problem requirements.

Note: Make sure to replace the 0.1 weight coefficient with the appropriate value for your problem.

Remember to run the code in MATLAB to see the plotted graph.