Numerical Reasoning Test: Free Guide and Practice Questions 2025

Here you’ll find free Numerical Reasoning test practice questions and info regarding the format and of companies and test providers that use the exam. Let’s begin.

Numerical reasoning tests assess candidates' numerical aptitude and ability to interpret data. In numerical multiple-choice tests, charts, tables, and graphs are common and require candidates to identify key facts and figures.

In contrast to standardized math tests, which measure how well a candidate can learn and apply mathematical methods according to a set curriculum, numerical reasoning tests assess how well the candidate can apply mathematical concepts in real-life situations.

The main focus of numerical ability tests is statistical information, which includes general arithmetic, percentages, fractions, and averages. 

Numerical reasoning tests can be challenging due to time limits and multiple stages of calculation. Interpreting tables and graphs is also important to finding the right numbers.

Check out the following sample questions and see if you can answer them.

The following free Numerical Reasoning test questions will give a glimpse of what you can expect on the real numerical reasoning exam.

When dealing with tables and graphs questions look for independent or cumulative amounts in a table\graph and consider how much the amounts have changed. You will often be asked which changed the least or most.

To tackle a word problem question, thoroughly read the entire question and ask yourself, 'What is being requested?' Restate the problem using your own wording to ensure comprehension. Identify the crucial words and figures in the problem that you will need to use.

In this type of question locate the minimum common denominator in order to solve the exercise. The minimum common denominator refers to the smallest number that can be divided by both denominators of the fractions.

 
Go to the following page to practice more Numerical Reasoning example questions.

Even individuals with a strong understanding of basic arithmetic and extensive experience with data can struggle with numerical reasoning tests like the SHL Numerical Test, SHL Calculation Test, PI Cognitive Assessment,  Talent Q, or Korn Ferry.

Exam anxiety, time constraints, and intentionally misleading information can all negatively affect one's performance.

Nevertheless, it is possible to significantly enhance the probability of achieving a higher-than-average score on numerical reasoning tests with dedication and a few strategies.

In addition to engaging in a substantial amount of practice tests, it is important to keep track of the time it takes to complete each one. It is recommended to analyze the results of each test and prioritize areas of difficulty afterward.

Additionally, it is recommended to thoroughly review the answer explanations, whether correct or incorrect, since this will provide deeper insight into relevant processes.

Furthermore, it may be beneficial to determine the test provider used by the prospective employer, since the publisher may offer practice tests that are more realistic.

As a final note, it is advisable to refresh your mental arithmetic skills since they play a crucial role in numerical reasoning assessments. By consistently practicing these skills, one will be able to analyze complex data more quickly.

SHL's Numerical Reasoning Test assesses your ability to calculate, analyze, and interpret numerical data.

The SHL Numerical Reasoning Test is available in three versions, each with different question types, levels of difficulty, and time limits. Knowing which version you will take is crucial to being prepared.

Go to the following page to get more information about the SHL Numerical Exam. The practice pack includes numerical reasoning tests with solutions that will help you ace the exam.

Additionally, the SHL General Ability Test features a numerical section.

Talent Q Korn Ferry Numerical Test assesses candidates' ability to solve numerical problems using basic mathematical principles.

The Talent Q numerical test lasts 15 minutes, with 12 questions to answer. Each of the 12 questions has a time limit of around 75 seconds, and they are divided into four sections.

Press to see more details about the Talent Q exam.

There are 37 tasks to complete during the 12-minute test, as well as 18 tasks to complete in six minutes during the shorter version.

In order to pass the test, you must have extensive numerical knowledge and be able to perform complicated arithmetic quickly.

The Scales numerical tests have several unique factors and pitfalls, so even if you choose the correct answer you may still lose points. Additionally, the test is available in three versions: consumer, finance, and industrial.

Press to see more information on the AON Numerical Reasoning exam.

There are 12 numerical questions in the Capp numerical reasoning test, including charts, tables, and graphs. You may need to type an answer to some questions, while others have multiple-choice options.

Press to see more useful Cappfinity Numerical Reasoning practice tips.

As part of their recruiting process, many companies administer Numerical Reasoning tests. Here are a few examples.

Goldman Sachs' numerical test has 20 questions and lasts 20 minutes. You will be provided with paper and a pen for this assessment, but you cannot use a calculator.

Unlike other aptitude tests, the numerical test is written by Goldman Sachs, not SHL. There will be questions about percentages, fractions, and decimals. 

For more information about the Goldman Sachs Numerical test, go here.

As part of the UBS numerical reasoning test, you will be asked to solve 12 mathematical problems based on business scenarios. The purpose of this section is to assess your ability to extract and interpret statistical information presented in tables.

As with normal tests, the test has no overall time limit, but each question is timed separately. There is a 90-second time limit on the first question for each table and a 75-second time limit on the subsequent questions.

Press to see more information about the UBS Numerical Test.

You will be tested on your ability to extract and evaluate data presented in tables and diagrams with the Credit Suisse numerical reasoning test.

The test will consist of six sheets of data, which you can refer to at any time.

In this exercise, you will review 18 statements, each of which relates to one of the sheets, and determine whether they are true, false, or you cannot say.

Press to see more information about the Credit Suisse Numerical Reasoning Test.

Through the use of tables and graphs, this EY Numerical test examines your math abilities.

Based on the numerical data provided, you will need to use basic math functions to answer the questions. There will be multiple-choice questions. 

Your grade will be based on how accurately you answer questions and how quickly you respond.

Press to see more information about the Ernst and Young Numerical Test. 

Morgan Stanley's numerical reasoning test measures your ability to interpret numerical data presented in tables and charts. 

During this test, you will receive six different documents with data on which you will need to answer 18 questions. You will have only six minutes to complete the test.
You can find more information about the Morgan Stanley Internship exam in the following link.

Data interpretation questions are a part of the KPMG numerical reasoning test. 

In the KPMG graduate scheme application process, this numerical reasoning test is used to select candidates based on their mathematical ability.

You can find more information about the KPMG Numerical Section on the following page.

You will be challenged with a variety of complex questions on the Saville Numerical Analysis Test. If you take this test rusty and without accurate preparation, you could easily miss out on that job you want. 

Go to the following page to get more details about the Saville Numerical exam.

In terms of duration, complexity, and format, numerical reasoning tests are not standardized. 

Each publisher of numerical reasoning tests has their own slight variation of the assessment, so the specific nature of the test will depend on the test provider used by the employer. 

Due to the test's design, questions posed in the test will also vary based on the occupation. 

Additionally, the difficulty rating of the assessment will typically increase with higher positions, from graduate to professional to managerial level. 

Although each test has its own characteristics, there are common elements that allow for appropriate preparation by the individual.

In general, numerical reasoning tests are short, timed multiple-choice assessments. The duration can range from 10 to 45 minutes, and the number of questions will depend on that. 

In terms of solving speed, one question per minute is reasonable, but some of the more challenging tests require more speed.

Normally, the questions themselves wouldn't be too hard to answer if you have the right skills. The time limit only adds to the complexity of these tests, which are not designed to be straightforward.

It is common for test publishers to use distractors - answer options that are intentionally similar to the correct answer. Furthermore, you may be given irrelevant data that is meant to distract you from the question posed. 

In addition, you may need to go through several processes to arrive at the right conclusion.

Regardless of the type of Numerical Reasoning Test you are scheduled for, you will need some basic math skills to succeed. Formulas can simplify more complex calculations, such as averages, percentages, and ratios.

Problems involving rates (work/speed/distance/time) and financial aspects are included in algebraic questions. 

To clarify what I mean here is an example:

You will be compared to a benchmark score when taking a numerical reasoning test.

You'll see your raw score, which is just how many questions you answered correctly. Benchmark scores can be calculated using data from other applicants trying to get the same job, or in the case of employees who are at the same level as you.

The good news is that numerical reasoning tests do not penalize incorrect answers. For every correct answer, you get one point.

1. Preparation is Key - Make sure you are fully prepared for the assessment. Ensure that you arrive early at the assessment center if the test will be administered there. Familiarize yourself with the location and ensure that you arrive early to minimize the risk of panic. Ensure that your online test is conducted in a stable internet environment without interruptions.

2. Get to Know the Practice Questions - Almost all numerical reasoning tests begin with a set of practice questions. To understand the style, content, and structure of these questions, it is important to examine them thoroughly. By doing so, you will gain a better understanding of the format and develop the right mindset for the test.

In a numerical reasoning test, one of the most common errors is misinterpreting the questions. To avoid making preventable mistakes when working against the clock, you must fully comprehend each question.

3. Use the Information Provided - Each question will contain all the necessary information to determine the correct answer. Make sure you only use the information presented and avoid making assumptions.

In order to succeed on the test, you will need to manage your time effectively. Since the test is timed, you must avoid dwelling on difficult questions. When faced with a difficult question, it is best to move on and come back to it later. 

The longer you struggle with a complex question, the more confused you may become. Identify the options that are incorrect and eliminate them if you are unsure of the answer. A well-thought-out guess may just win you points instead of an unanswered question.

4. Beware of False Leads - In many numerical reasoning tests, the multiple-choice answers contain irrelevant answers or distractors. Make sure your answers are accurate and focus on only the information provided.

5. Check the Information You're Using - Some questions require you to use different units of measurement, multiple currencies, or different number representations. To arrive at your conclusions, ensure that you are using the correct information.

6. Keep a Steady Pace - Timing is important in these tests, but don't let it distract you. As a general guideline, aim for answering one question every minute. However, some tests may allow more or less time. Practice is key to success, so make sure you include pacing as part of your test preparation.

7. Concentration Is Key - Numerical aptitude tests require complete concentration, so eliminate all distractions. Maintain a relaxed and focused attitude, even if it seems easier said than done. You will be able to achieve better results if you keep a cool head.

Employers want to hire the best candidate for the job. In order to do so, they use a variety of tools and tests, including numerical reasoning tests. In some cases, these tests are based on specific job responsibilities, like determining profit margins or counting materials.

By assessing your skills, employers can get a good idea of how you'll perform on the job. Furthermore, since these tests are timed, employers can see how well you handle pressure and make quick decisions.

In most cases, using a calculator is permissible, and you should use one you are familiar with.

In some instances, however, a calculator may not be feasible. In some numerical assessment tests, calculators are not allowed, while others provide one as a standard issue.

Each test may have its own regulations and guidelines, so it is important to verify this information before the day of the test.

The numerical aptitude test evaluates an individual's ability to perform basic mathematical operations, such as addition, subtraction, multiplication, and division.

Furthermore, they evaluate a person's ability to comprehend more advanced mathematical concepts, such as averages, percentages, and ratios. 

These complex calculations can be simplified by using specific formulas.

Numeracy skills are all about knowing your numbers, counting, solving math problems, measuring, guessing the right amount, organizing, finding patterns, adding and subtracting, and more. 

In order to determine your skill level, you should solve practice questions that include test-like questions and simulate the test environment and time limit.