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Pwe

close all;
clear all;
clc;
Data=[0 2 6;
2 6 5;
6 9 10;
9 12 15;
12 14 12;
14 16 14;
16 18 16;
18 20 18;
20 22 16;
22 23 11;
23 24 6];
Load =Data(:,3);
Load_Duration=Data(:,2)-Data(:,1)
W=Load.*Load_Duration;
Total_Load=sum(Load);
Total_Duration=sum(Load_Duration)
Avg_Load=Total_Load/Total_Duration;
Max_Demand= max(Load);
Load_Factor= Avg_Load/Max_Demand;
Time_Points=[Data(:,1);Data(end,2)];
Load_curve=[Load;Load(end)];
figure;
stairs(Time_Points,Load_curve,'linewidth',2);
xlabel('Time(Hours)');
ylabel('Load(MW)');
title('Load Curve');

close all;
clear all;
clc;
Data=[0 2 6;
2 6 5;
6 9 10;
9 12 15;
12 14 12;
14 16 14;
16 18 16;
18 20 18;
20 22 16;
22 23 11;
23 24 6];
Load =Data(:,3);
Load_Duration=Data(:,2)-Data(:,1)
W=Load.*Load_Duration;
Total_Load=sum(Load);
Total_Duration=sum(Load_Duration)
Avg_Load=Total_Load/Total_Duration;
Max_Demand= max(Load);
Load_Factor= Avg_Load/Max_Demand;
Time_Points=[Data(:,1);Data(end,2)];
Load_curve=[Load;Load(end)];
figure;
stairs(Time_Points,Load_curve,'linewidth',2);
xlabel('Time(Hours)');
ylabel('Load(MW)');
title('Load Curve');

stairs(Time_points, Load_curve, 'linewidth', 2);
xlabel('Time (hours)');
ylabel('Load (MW)');
title('Load Curve');

[sorted_load, sort_index] = sort(Load, 'descend');
sorted_duration = Load_Duration(sort_index);

W = Load.*Load_Duration;
Total_Load = sum(W);
Total_Duration = sum(Load_Duration);
Avg_Load = Total_Load/Total_Duration;
Max_Demand = max(Load);
Load_Factor = Avg_Load/Max_Demand;

Time_points = [Data(:,1)];

Intel interfacing

close all;
clear all;
clc;

a = input(' Enter 1st number \n ')
b = input(' Enter 2nd number \n')

if (a > b)
fprintf('A is bigger \n')
else
fprintf('B is bigger \n')

end

close all;
clear all;
clc;

x = 0:pi/100:2*pi;
y = sin(x);
plot(x,y)

xlabel('angle');
ylabel('Amplitude');
title('Sine Wave');