SHL Verify Interactive G+ Assessment Practice [2024]

Pretty similarly to question #3 in this guide – this one is a classic case of systems of equations used to find several variables.

In this case, we have 6 variables – let’s arrange them in a table for convenience:

Note: This table is for the sake of explanation only. During the real test, don’t spend time arranging it, and simply name the variables as is most convenient for you.

Out of the 4 data items, the first and last ones on the list are the best place to start, as they can immediately reveal the number of clients in each method.

Let’s dismantle these pieces of data to their components:

A total of 540 new clients were acquired this year

Referrals accounted for 1/3 of all new clients

Therefore, Cold Calls and Client-Initiated account for the remaining 2 thirds of new clients:

Cold Calls + Client-Initiated = 540 - 180  = 360

Using the last bit of information - Cold Calls accounted for twice as many as Client-Initiated:

2 (Client-Initiated) + Client-Initiated = 360

Client-Initiated = 120 Clients

Cold Calls = 240 Clients

So, we can now rearrange the graph as:

Tip: The pale grey line above the graph means that you are able to change the value below the line. In this case, the total value of all bars can be changed, but the division of Client Initiated between Northern (60%) and Southern (40%) is pre-determined.

Now, let’s form some other equations using the other data items.

We should try and focus on data items containing the least variables. Data item 2 is the best for this purpose:

The Northern region produced 40% more Referrals than the Southern region.

Or in the form of an equation:

(I) NR = 1.4 x SR

We already know the total number of referrals:

(II) NR + SR = 180

Plugging (I) into (II):

2.4 x SR = 180

SR = 75

NR = 105

Converting to percentages (Don’t forget that!):

And again, we can rearrange the graphs as:

It is time to approach the last piece of information – data item 2:

The Southern region produced 84 more clients through cold calls than those that were Client Initiated.

Or in the shape of an equation:

SC = SI + 84

Since we already know the percentages in the Client-Initiated bar, we can easily deduce SI:

SI = 0.4 x 120 = 48

Plugging into the previous equation:

SC = 48 + 84 = 132

Again, converting into percentages:

And rearranging the graph to its final position:

In this question, the given connected nodes are AZ -> 19 -> BY and a dashed arrow instructing you to connect BY to 28.

As can be seen, each node containing letters is connected to a node containing a two-digit number, starting with the AZ node.

AZ – 19: AZ is made of the two letters from opposite extremes of the alphabet; A is the first letter in the alphabet, and Z is the last letter. Following a similar pattern, 1 is the smallest number in the group of nodes, while 9 is the biggest number in the group of nodes.

BY – 28: B is the second-from-the-beginning letter and Y is the one-before-last letter in the alphabet, 2 is the second small number, while 8 is the second biggest number, from the top, in the group of nodes.

CX – 37: C is the third-from-the-beginning letter and X is the two-before-last letter, 3 is the third small number, while 7 is the third biggest number, from the top, in the group of nodes.

And so forth.

In this question, you are presented with information regarding four workers at your office. You can see their activities and the time they occur. Different activities take place in various parts of the office.

You are given a specific time and need to locate the position of each worker during that time. The picture of each worker appears on a location pin, and you need to drag it to the correct position on the office’s map.

In the sample question, you need to place the workers at 2:30 p.m., meaning you need to understand where each worker was at 2:30.

You can see that Amanda is on a break at 2.30 p.m. According to the given information, breaks are taken on the balcony meaning Amanda is on the balcony.

Josh is having a phone call from 10:30 to 11:00 am. There is no information regarding his location at 2.30 p.m. meaning he has no activity scheduled for this time. According to the given information when there isn’t a scheduled activity, workers are at their desks. Josh is at his desk at 2:30.

Steven is eating lunch from 2:00 to 3:00 pm. Lunch is eaten in the dining area, meaning at 2:30 p.m. steven is at the dining area.

Rachel has a meeting from 1:30 to 3:00 p.m. Meaning she is in the meeting room at 2:30 p.m.