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ISTQB ATA Exam - Topic 1 Question 94 Discussion

Actual exam question for ISTQB's ATA exam
Question #: 94
Topic #: 1
[All ATA Questions]

A company offering house insurance policies has several policy options. They depend on the following factors:

-Building type: house, semi-detached, apartment building, cottage Material: wood, concrete, brick, mixed Location: city, suburb, countryside, wilderness It has been decided to use the pair wise test technique and apply 2-wise coverage. To design the test case an appropriate orthogonal array needs to be located. Which of the following orthogonal arrays is to be selected for testing the house insurance policies? [K3] 3 credits

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Suggested Answer: C

by Elenor at Aug 04, 2025, 04:15 AM

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Tasia
2 months ago
I thought we were going with a different method for testing.
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Ty
2 months ago
Option A looks pretty solid to me!
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Buck
3 months ago
Not sure about that, I prefer Option D.
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Carline
3 months ago
Wait, are we sure this is the right approach?
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Amber
3 months ago
I think Option B covers all the factors well.
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Ivette
3 months ago
I recall that the orthogonal array should cover all combinations effectively, but I can't quite remember which option aligns with that principle.
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Francesco
4 months ago
I think Option C might be the right choice, but I’m a bit uncertain about how the building types affect the coverage.
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Gail
4 months ago
This question feels similar to the practice problems we did on pairwise testing. I think we need to consider the number of factors involved.
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Jesusita
4 months ago
I remember we discussed orthogonal arrays in class, but I'm not sure which one fits best for this scenario.
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Lavera
4 months ago
This seems straightforward enough. The key is identifying the right orthogonal array that can handle the 3 factors and 2-wise coverage. I'll carefully review the options and make sure the array matches the requirements.
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Clay
4 months ago
Okay, I think I've got this. The factors are building type, material, and location, each with multiple levels. To cover all 2-way combinations, I'll need to find an orthogonal array with at least 3 factors. I'm leaning towards Option C, but I'll double-check the array details to be sure.
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Man
5 months ago
Hmm, I'm a bit unsure about this one. The question mentions pairwise testing, but I'm not too familiar with the details of how to apply that. I'll need to review my notes on orthogonal arrays and pairwise testing strategies.
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Ulysses
5 months ago
This looks like a classic pairwise testing problem. I'll need to identify the factors and their levels, then find the appropriate orthogonal array that covers all 2-way combinations.
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Regenia
5 months ago
I disagree, I believe Option C would be a better choice for designing the test case.
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Romana
5 months ago
I think we should select Option A for testing the house insurance policies.
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