Öva online inför Hogan test

Det korrekta svaret är svarsalternativ 2.

Förklaring (på engelska):

Candidate (B) is the best option since this person's cost is "low", while the other two scores are good or high. Candidate 1 and candidate 3 also have "good" or "high" as their two other scores, yet both of them have "good" or "high" as their cost (which in this row is worse than "low"). This means candidate 2 is the best option.

Answer (A) is incorrect since candidate 1 and 2 both have "high" experience, so none is better than the other – this score is not the reason why candidate 2 is the best choice. Besides, this answer points out a reason in favor of candidate 1, while the question is what makes candidate 2 the best option.

Answer (C) is incorrect since, while candidate 2 has higher experience than candidate 3, candidate 2's loyalty is lower. This means that when you look at both factors (since all factors have equal value), both candidates are equal and no one is better than the other. Only when looking at the "cost" factor does it become apparent that candidate 2 is the better option.
In addition, candidate 1 also has a high score in this category, so it does not contribute to proving why candidate 2 is the best option, which is what the question requires.

Answer (D) is incorrect because candidate 2 is the best of the three, as explained in the first paragraph of this explanation.

Another option is to give each score a numeric value:
•Low = 1 point
•Good = 2 points
•High = 3 points

Now you can add the score of each job (keep in mind that “high” in the cost category is actually a “low” score, and vice versa):
•Candidate 1 has a score of 6 (1+3+2)
•Candidate 2 has a score of 8 (3+3+2)
•Candidate 3 has a score of 7 (2+2+3)

Now you can see that candidate 2 is the best choice, and it becomes clear this is because candidate 2 has a low cost.
Notice that all candidates have either 2 or 3 in the last two categories. Since all categories are of equal importance, this means they cancel each other out and you can ignore them. The only category in which each candidate has a different score is the cost category, so this is the only one that matters. Hence the correct answer is (B) – the best choice is candidate 2, who has the highest score in the cost category.

Det korrekta svaret är svarsalternativ 1.

Förklaring (på engelska):

This type of question requires you follow the written directions and pay attention to the details.

In this question, the requirement is to pick the diagram in which both holes are in the dark section. The holes are represented by the white circles.

There is only one diagram that matches the requirements – diagram (A), hence this is the correct answer.

Det korrekta svaret är svarsalternativ 1. 
 
Förklaring (på engelska):

In this question you are presented with a pair of charts and asked to find which of the answer options creates an equivalent pair with the chart on the right. To make an equivalent pair, the relationship between the missing pie chart to the bar chart on the right has to be the same as the relationship between the pie chart and the bar chart in the given pair.
 
Notice that both of these charts represent the same information. Even though there are no specific numbers in the pie charts to make sure, all parameters (A, B, C, and D) are the same in relation to one another in both charts. For example, in both, D is the largest and C is the smallest.
 
The correct answer is (A), since this pie chart represents the same information as the bar chart in the question does.
 
A good way to solve this question is to find in the chart a prominent feature, and look for the same feature in the possible answers. For example, in this case C and D in the bar chart are identical and significantly smaller than the other bars in the charts. The only pie charts in which there are two identical and significantly smaller sections are (A) and (B), and only in (A) are those C and D, which makes answer (A) the correct answer.

Det korrekta svaret är svarsalternativ 4. 

Förklaring med uträkningar (på engelska):

To calculate the average running score across all runners, you need to use the weighted average formula: