Hmm, I'm not sure about this one. Let me think it through again... *scratches head* Ah, I got it! The answer is B) 3. There are 3 unique paths in the tree, so that's the number of test cases.
The answer is definitely C) 4. Each branch in the classification tree represents a test case, and there are 4 branches, so the total number of test cases is 4.
I think the correct answer is D) 6. The classification tree has 4 branches, and each branch requires a test case. Additionally, there are 2 conditions (C1 and C2) that need to be tested, so the total number of test cases is 6.
Yes, that's correct. The classification tree method requires a test case for each branch, and with 4 branches and 2 conditions, the total number of test cases needed is 6.
So, the answer is D) 6 because each branch in the classification tree corresponds to a test case, and there are 4 branches along with 2 conditions to test.
I agree with you. Each branch in the classification tree represents a test case, and since there are 4 branches and 2 conditions, the total number of test cases is indeed 6.
I think the correct answer is D) 6. The classification tree has 4 branches, and each branch requires a test case. Additionally, there are 2 conditions (C1 and C2) that need to be tested, so the total number of test cases is 6.
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