This is a free practice quiz containing sample SHL (MCQs) Verbal Reasoning questions.
Verbal tests are designed to measure your ability to understand written information and to evaluate arguments about this information.
You must evaluate each statement according to these rules:
Remember: You have to base your answers only on the information given in the text. Do not rely on any previous knowledge or experience you may have, as this may lead you to a wrong conclusion.
Total Question: 3 Questions
Total Time: 5 minutes
Once you move on from a question, you cannot come back to change your answer.
At the end of the quiz you will be able to view the correct answers and explanations.
Please ensure you take this test on a computer and not a mobile device.
Note: If you are looking for the interactive version of this test, click here. If you are not sure whether you will be taking the interactive or multiple choice version of the test, use our test guide.
0 of 3 Questions completed
Questions:
You have already completed the quiz before. Hence you can not start it again.
Quiz is loading…
You must sign in or sign up to start the quiz.
You must first complete the following:
0 of 3 Questions answered correctly
Your time:
Time has elapsed
SHL aptitude assessments take into consideration both your time and number of correct answers.
Based on your performance, we recommend you practice further questions.
To view your correct answers click the view answers button below.
Choose the correct answer
Founded in 2002 in Petaluma, 65 kilometres north of San Francisco, HydroPoint has engineered what appears to be the most sophisticated weather-based irrigation system among a growing list of competitors. The company built its primary climate-modelling centre outside of Salt Lake City, programming a supercomputer to simulate local weather for every square kilometre across North America—all just to water the grass. The centre communicates via a two-way satellite link with control boxes that operate distinct zones of a client’s irrigation system. Wires running underground from the outdoor boxes open and close valves in the water lines. Every night the climate centre broadcasts local weather-related data to a microprocessor inside each controller, which runs software that uses the information to compute precisely how much and when to water its zones, customized to one of 18 plant types as well as other factors like soil type and ground slope.
HydroPoint’s computerized irrigation system is based on theoretical climate-modeling data and not on live weather broadcasts.
Choose the correct answer
Founded in 2002 in Petaluma, 65 kilometres north of San Francisco, HydroPoint has engineered what appears to be the most sophisticated weather-based irrigation system among a growing list of competitors. The company built its primary climate-modelling centre outside of Salt Lake City, programming a supercomputer to simulate local weather for every square kilometre across North America—all just to water the grass. The centre communicates via a two-way satellite link with control boxes that operate distinct zones of a client’s irrigation system. Wires running underground from the outdoor boxes open and close valves in the water lines. Every night the climate centre broadcasts local weather-related data to a microprocessor inside each controller, which runs software that uses the information to compute precisely how much and when to water its zones, customized to one of 18 plant types as well as other factors like soil type and ground slope.
The weather conditions of every square kilometer in North America necessarily differ.
Choose the correct answer
Founded in 2002 in Petaluma, 65 kilometres north of San Francisco, HydroPoint has engineered what appears to be the most sophisticated weather-based irrigation system among a growing list of competitors. The company built its primary climate-modelling centre outside of Salt Lake City, programming a supercomputer to simulate local weather for every square kilometre across North America—all just to water the grass. The centre communicates via a two-way satellite link with control boxes that operate distinct zones of a client’s irrigation system. Wires running underground from the outdoor boxes open and close valves in the water lines. Every night the climate centre broadcasts local weather-related data to a microprocessor inside each controller, which runs software that uses the information to compute precisely how much and when to water its zones, customized to one of 18 plant types as well as other factors like soil type and ground slope.
If a customer’s land area is smaller than a square kilometre, the area is watered uniformly.