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Qlik Exam QSDA2024 Topic 4 Question 19 Discussion

Actual exam question for Qlik's QSDA2024 exam
Question #: 19
Topic #: 4
[All QSDA2024 Questions]

Exhibit.

While performing a data load from the source shown, the data architect notices it is NOT appropriate for the required analysis.

The data architect runs the following script to resolve this issue:

How many tables will this script create?

Show Suggested Answer Hide Answer
Suggested Answer: D

In this scenario, the data architect is using a GENERIC LOAD statement in the script to handle the data structure provided. A GENERIC LOAD is used in Qlik Sense when you have data in a key-value pair structure and you want to transform it into a more traditional table structure, where each attribute becomes a column.

Given the input data table with three columns (Object, Attribute, Value), and the attributes in the Attribute field being either color, diameter, length, or width, the GENERIC LOAD will create separate tables based on the combinations of Object and each Attribute.

Here's how the GENERIC LOAD works:

For each unique object (circle, rectangle, square), the GENERIC LOAD creates separate tables based on the distinct values of the Attribute field.

Each of these tables will contain two fields: Object and the specific attribute (e.g., color, diameter, length, width).

Breakdown:

Table for circle:

Fields: Object, color, diameter

Table for rectangle:

Fields: Object, color, length, width

Table for square:

Fields: Object, color, length

Each distinct attribute (color, diameter, length, width) and object combination generates a separate table.

Final Count of Tables:

The script will create 6 separate tables: one for each unique combination of Object and Attribute.


Qlik Sense Documentation on Generic Load: Generic loads are used to pivot key-value pair data structures into multiple tables, where each key (in this case, the Attribute field values) forms a new column in its own table.

Contribute your Thoughts:

Vannessa
1 days ago
Aha, I see what's going on here! The script is creating a series of staging tables before ultimately loading the data into 4 final tables. C is the way to go, my friend.
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Tamesha
2 days ago
Hold on, is that a pun I see in the question? 'Not appropriate for the required analysis'? Whoever wrote this must have a great sense of humor! As for the answer, I'm leaning towards B - 3 tables.
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Ira
3 days ago
This is a tricky one! The script seems to be doing some complex transformations, but I think the answer is D - 6 tables. Better double-check my work, though.
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Isreal
8 days ago
Hmm, let me take a closer look at the script. It looks like it's creating a few tables, but I'm not entirely sure it's exactly 4. I'll have to think about this one a bit more.
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Rikki
11 days ago
I disagree, I believe the answer is C) 4 tables.
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Joni
12 days ago
I think the answer is B) 3 tables.
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Verona
15 days ago
The script in the image appears to be creating multiple tables, so I'm going to go with option C - 4 tables.
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Freeman
1 days ago
I agree, option C seems like the right choice.
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Michell
5 days ago
I think it will create 4 tables.
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