Numerical reasoning tests are assessments designed to evaluate a person’s ability to work with and interpret numerical data. These tests are commonly used by employers during the recruitment process, particularly for roles that require a high level of quantitative skills.

The questions in these tests can range from simple arithmetic calculations to more complex data interpretation problems. These tests are commonly used in recruitment and selection processes for roles that require numerical competency, such as finance, accounting, and engineering positions.

The format of the test can be multiple-choice, fill-in-the-blank, or even using a virtual calculator. The test is usually timed and aims to evaluate the candidate’s speed and accuracy in dealing with numerical information.

Provider | Description |
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SHL | A global leader in talent assessment and measurement, offering a wide range of numerical reasoning tests for various industries and job roles. |

Kenexa | A talent management solutions provider that offers a range of numerical reasoning tests to assess a candidate’s quantitative abilities. |

Talent Q | An assessment solutions provider that offers numerical reasoning tests designed to evaluate a candidate’s ability to work with numerical data in a professional context. |

Saville Assessment | A talent assessment provider that offers a range of numerical reasoning tests to assess a candidate’s ability to understand and analyze numerical data. |

Cubiks | An assessment and development solutions provider that offers numerical reasoning tests to assess a candidate’s quantitative skills and abilities. |

## Numerical Reasoning type

Numerical reasoning tests can come in various types, including:

- Basic arithmetic: This type of test measures an individual’s ability to perform basic arithmetic operations such as addition, subtraction, multiplication, and division.
- Data interpretation: This type of test measures an individual’s ability to interpret and analyze data presented in graphs, tables, and charts.
- Percentage calculation: This type of test measures an individual’s ability to calculate percentages and understand their significance.
- Ratio and proportion: This type of test measures an individual’s ability to understand and work with ratios and proportions.
- Probability: This type of test measures an individual’s ability to understand and calculate probabilities.
- Algebra and equation solving: This type of test measures an individual’s ability to solve mathematical equations and perform algebraic manipulations.

**Numerical Reasoning Tests** (**NRTs**) evaluate your ability to understand and work with numeric operations and reasoning and skillfully work with numbers.

Numerical Reasoning Tests (NRTs) are a type of aptitude test that assesses a candidate’s ability to work with numerical data, such as graphs, charts, and tables. These tests are often used by employers during the recruitment process to evaluate a candidate’s quantitative skills and abilities, as well as their ability to make logical conclusions based on numerical information.

NRTs can vary in format, but typically involve a series of multiple-choice questions that require the candidate to perform calculations and analyze numerical data to arrive at the correct answer. Some common topics covered in NRTs include percentages, ratios, fractions, averages, and basic arithmetic. NRTs are commonly used across a variety of industries, including finance, accounting, engineering, and data analysis, among others.

## How to answer numerical reasoning tests

Answering numerical reasoning tests can be challenging, but there are some strategies that can help you perform well. Here are some tips on how to answer numerical reasoning tests:

- Understand the question: Before attempting to answer a question, make sure you fully understand what is being asked. Read the question carefully and identify the data and figures provided.
- Analyze the data: Once you understand the question, take the time to analyze the data provided. Look for trends and patterns in the figures, and consider what calculations you may need to perform.
- Use your calculator: NRTs are timed, so it’s important to work efficiently. Use a calculator to perform calculations quickly and accurately.
- Check your work: After you have completed a calculation, double-check your work to ensure your answer is correct. Look for any errors or mistakes, and correct them as needed.
- Practice: Like any skill, practice is essential for improving your performance on numerical reasoning tests. Familiarize yourself with the types of questions that may be asked and practice answering them in a timed setting.

## Sample Questions And Answers

### Sample Question 1

Maria works as a babysitter on the weekends. She charges a different hourly rate depending on how many children she is taking care of per night.

If Maria charges $20 per hour to take care of one child, and she charges 25% more per hour for two children, how much more money would she make babysitting two children for 3 hours than babysitting one child for 3 hours?

A) $19

B) $15

C) $18

D) $13

### Sample Question 2

If James is x years old, her older sister’s age can be represented by the expression 2x-5. What is the ratio of Ellen’s age to her sister’s age when James is 10 years old?

A) 3:2

B) 2:3

C) 1:3

D) 3:3

### Answer For Numerical Reasoning Tests

Question 1 – B

Question 2 – B

## Here are some examples of numerical reasoning test questions:

- A company has a profit margin of 15% on its products. If the company’s revenue is $500,000, what is its profit?
- A store has 200 items in stock, and 30% of them are on sale for 20% off. If the regular price of each item is $50, what is the total revenue from the sale items?
- A recipe for cookies calls for 2 cups of flour, 1/2 cup of sugar, and 1/4 cup of butter for every 12 cookies. If you want to make 48 cookies, how much flour, sugar, and butter will you need?
- A company has a total of 1,500 employees, and 60% of them are female. If there are 300 male employees, how many female employees are there?
- An athlete runs 1/4 of a mile in 45 seconds. At this pace, how long will it take the athlete to run 1 mile?

## Numerical reasoning assessment tests

Numerical reasoning assessments cover a wide range of subjects, including:

- Basic arithmetic: This includes addition, subtraction, multiplication, and division of whole numbers, decimals, and fractions.
- Percentages: Candidates are tested on their ability to calculate percentages, as well as their understanding of how percentages are used in business and financial contexts.
- Ratios and proportions: This covers the ability to compare and calculate ratios, proportions, and rates.
- Data interpretation: Candidates are presented with data in the form of tables, graphs, and charts, and are expected to interpret the data and draw conclusions.
- Financial analysis: This includes the ability to analyze financial statements, calculate ratios, and interpret financial data.
- Statistical analysis: Candidates may be tested on their understanding of statistical concepts, such as mean, median, mode, and standard deviation.
- Logical reasoning: Some numerical reasoning assessments may include questions that require candidates to use logic and deduction to arrive at a solution.

Here is a more detailed breakdown:

- Number series: This involves identifying patterns and relationships between a sequence of numbers and predicting the next number in the series.
- Tables & graphs: This involves interpreting data presented in tables and graphs and using that information to answer questions.
- Ratios: This involves working with ratios and proportions to solve numerical problems, such as calculating a missing value in a ratio.
- Currency & units conversion: This involves converting between different currencies or units of measurement, such as converting kilometers to miles or dollars to euros.
- Percentages: This involves calculating percentages, such as percentage change or percentage of a total, and using percentages in a financial context.
- Division: This involves performing division operations, including long division and division with decimals.
- Analysis and evaluation: This involves analyzing numerical data, such as financial statements or sales figures, and using that information to make informed decisions or recommendations.