I have plotting question

I have tried the rest but question 11 become difficult for me. Can you help me please!

[Walter Roberson]

hint: categorical() and bar3()

[Tekilu]

Thank you family!

Answer 1

[Voss]

Here's something, with random data for 5 stations.

% replace this with your data, an 11x12 matrix:
data = 6*rand(5,12)+2.5

data = 5×12

3.0578 8.3163 8.4855 7.7920 3.1272 7.9973 7.1697 4.7294 5.3315 4.2942 3.1002 6.5341 5.1729 7.5910 5.0186 6.9756 2.6272 5.4279 8.1011 6.4527 4.8268 8.3244 2.5925 4.9417 2.7454 2.7571 3.1044 3.1509 3.4733 5.2987 2.8486 7.0261 3.7225 8.1902 8.2890 4.6708 7.4746 7.4009 6.8467 6.1027 7.1125 3.2912 7.0206 7.9211 8.1908 6.8093 5.9398 8.0103 4.5354 8.4101 5.9261 3.9352 2.7845 4.3262 8.4125 8.3051 4.1644 3.7899 2.9574 6.3359

% replace this with your stations:
stations = {'Berlin' 'Hamburg' 'Frankfurt' 'Munich' 'Stuttgart'};

% keep this the same (Ethiopia has the same months as Germany does):
months = 'JFMAMJJASOND';

% plot, labels, title, etc.
plot(data.')
xlim([1 12])
xticks(1:12)
xticklabels(num2cell(months))
legend(stations)
title('Mean Daily Solar Radiation');
ylabel('kWh/m^2/day')

[Tekilu]

Thank you family!

[Voss]

You're welcome!