I need someone good at maths!

[lRhyss]

Well, once you have found a set, you can find another set by multiplying all numbers in that set by the same number.

So if A = 1, B = 1, C = 1 is equilateral, that means A = 2, B = 2, C = 2 is also equilateral.

For Isosceles you will have two sides the same and one different, so A = 2, B = 2, C = 1.

For Scalene, all three will be different, but you need to make sure you can't add two of them to get the third. So A = 4, B = 2, C = 1.

Can you figure out 1 more solution for equilateral and 2 more solutions for Isosceles and Scalene now?

thank you so much, that's helped massively also; once I have the values I need to create a truth table, how would I go about that?

[Kardan]

thank you so much, that's helped massively also; once I have the values I need to create a truth table, how would I go about that?

Have you done an example of a truth table in class already? Can't really help you with a truth table if I don't know what you need to show

[lRhyss]

Have you done an example of a truth table in class already? Can't really help you with a truth table if I don't know what you need to show

ive done them but I'm not 100% confident on them, like, would I make 3 trust tables for the different triangles, it make one big one for them all?

EDIT:

You will need to make the following:

• The set of truth tables arising out of your analysis of the code;
• A completed Test Plan

[Kardan]

ive done them but I'm not 100% confident on them, like, would I make 3 trust tables for the different triangles, it make one big one for them all?

Without seeing it, I wouldn't be able to tell you really... I'm not entirely sure what conditions you are checking.

[lRhyss]

Without seeing it, I wouldn't be able to tell you really... I'm not entirely sure what conditions you are checking.

Thanks for all your help ! I ended up having to do tests and truth tables for each stage, so my completed question is like 4 pages long

+rep