Question 1
What is the shape of a cylinder's base?
Correct Answer:
Circle
Explanation:
The base of a cylinder is best described as a circle. A cylinder is defined as a three-dimensional geometric figure with two parallel bases that are congruent circles. The circular shape allows the cylinder to have uniform cross-sections along its height. This characteristic is fundamental to the definition of a cylinder and distinguishes it from other geometric shapes, such as prisms, which have polygonal bases. Recognizing that the base is circular is crucial for understanding the properties and formulas related to cylinders, such as calculating the volume and surface area.
Question 2
What do we call a combination of two or more substances that do not form a new substance?
Correct Answer:
Mixture
Explanation:
A mixture is defined as a combination of two or more substances that retain their individual properties and do not chemically bond to form a new substance. This means that the components of a mixture can be physically separated. For example, when you mix sand and salt, each substance remains distinct with its original properties, and you can separate the sand from the salt through physical means, such as using water or filtration. In contrast, an element is a pure substance that cannot be broken down into simpler substances, and a compound is formed when two or more elements chemically combine to create a new substance that has different properties from its individual elements. A solution is a specific type of mixture where one substance (the solute) is completely dissolved in another (the solvent), resulting in a homogeneous distribution of the components. However, a mixture encompasses a broader definition, including both homogeneous (solutions) and heterogeneous mixtures. Therefore, the correct term for a combination of substances that do not create a new entity is indeed a mixture.
Question 3
What is the definition of volume in the context of matter?
Correct Answer:
The amount of space that an object takes up
Explanation:
Volume in the context of matter is defined as the amount of space that an object occupies. This concept is fundamental in geometry and physics, as it helps quantify the three-dimensional space an object inhabits, regardless of its shape. Understanding volume is crucial in various applications, including measuring liquids, determining capacities of containers, and conducting experiments where the amount of space taken by a substance needs to be analyzed. It directly relates to how we understand and manipulate materials and substances in science, as different volumes can influence properties such as density and pressure. The other options focus on different scientific concepts. The amount of matter in an object refers to mass, while the physical appearance of a substance relates more to its properties and characteristics than to quantifiable space. Meanwhile, the speed of a moving object pertains to motion rather than the spatial characteristics of an object. Thus, only the correct answer directly aligns with the definition of volume.
Question 4
What do complementary angles sum up to?
Correct Answer:
90 degrees
Explanation:
Complementary angles sum up to 90 degrees, which is the defining characteristic of such angles. This means that when two angles are complementary, the measurement of one angle, when added to the measurement of the other angle, will equal 90 degrees. This principle is foundational in geometry, where the understanding of angles and their relationships is essential. The concept of complementary angles is often visually represented using right angles, as a right angle itself measures 90 degrees. Therefore, if one angle measures, for example, 30 degrees, its complementary angle would measure 60 degrees, as 30 + 60 = 90. In contrast, the other options present sums that are not associated with complementary angles: supplementary angles total 180 degrees, a full rotation provides 360 degrees, and the sum of 270 degrees does not correlate with any specific pair of angle relationships in traditional geometric terms. Understanding these definitions helps clarify the relationships between angles and reinforces the basic principles of geometric measurements.
Question 5
What do we call the sharp drop at the edge of a continent?
Correct Answer:
Continental slope
Explanation:
The sharp drop at the edge of a continent is known as the continental slope. This geological feature marks the transition between the relatively shallow waters of the continental shelf and the deep ocean floor. As you move from the continental shelf to the continental slope, there is a noticeable increase in depth, creating that steep descent. This slope plays a crucial role in marine ecosystems, as it often serves as a habitat for various species due to the unique conditions in and around the area where nutrients from the land and sea converge. Understanding the continental slope is important in both geological studies and marine biology, as it influences sediment transport, ocean currents, and biodiversity in these regions.
Question 1
Exam overview

About this Exam

The Praxis Elementary Education: Three Subject Bundle (5901) is a comprehensive assessment designed for prospective elementary school teachers.

This exam evaluates whether an entry-level educator has the essential content knowledge required to teach key subject areas at the elementary level.

Many states use this exam as a critical step in their teacher licensure and certification process, ensuring that new teachers are well-prepared to enter the classroom.

Specifically, the 5901 exam bundle assesses knowledge in Mathematics, Social Studies, and Science.

It is a vital credential for anyone seeking a career as an elementary educator.

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Additional Information

What the Course Entails and Exam Details

The Praxis 5901 exam is a composite test, meaning it consists of three separate subtests that must all be passed to complete the requirements of the bundle.

The exam assesses content knowledge through selected-response questions (multiple choice).

The primary subjects covered within the three subtests are:

Elementary Education: Mathematics (5903) This subtest focuses on the core mathematics knowledge and skills needed at the elementary level. Key content areas include:

  • Numbers and Operations

  • Algebraic Thinking

  • Geometry and Measurement, Data, Statistics, and Probability

Elementary Education: Social Studies (5904) This subtest measures knowledge in the social sciences. Key content areas include:

  • United States History, Government, and Citizenship

  • Geography, Anthropology, and Sociology

  • World History and Economics

Elementary Education: Science (5905) This subtest evaluates understanding of fundamental scientific concepts. Key content areas include:

  • Earth Science

  • Life Science

  • Physical Science

  • Scientific Inquiry and Practices

An on-screen scientific calculator is provided for the Science subtest.


What to Expect in the Final Exam

The Praxis 5901 Elementary Education exam is a computer-delivered, standardized test.

It consists entirely of selected-response questions.

The entire bundle must be completed in a single testing session, though each subtest is timed independently.

Below is a breakdown of the specific structure of the exam bundle:

  • Total Test Time: 3 hours and 5 minutes (plus check-in and tutorial time).

  • Mathematics (5903): ~50 questions, 65 minutes.

  • Social Studies (5904): ~60 questions, 60 minutes.

  • Science (5905): ~55 questions, 60 minutes.

Your score report will provide individual scores for each of the three subtests, as well as a combined score for the entire 5901 bundle.

Passing score requirements are determined by individual state licensing boards, not by ETS (the test administrator).

Typically, raw scores are converted to a scale ranging from 100 to 200 points.

You can retake any individual subtest you do not pass, rather than retaking the entire bundle.


How to Study and Exam Centers

Effective preparation is the key to success on the Praxis 5901 exam.

Here are actionable study strategies to help you get started:

1. Official ETS Study Companions: Start with the ultimate source. ETS provides comprehensive Study Companions for each subtest, outlining the content topics, sample questions, and test-taking strategies. Use these as your primary study guides.

2. Full-Length Practice Tests: Utilize realistic practice tests to simulate the actual testing environment. This will help you manage your time and identify weak areas that need focused attention. Many providers, including ETS, offer official practice tests.

3. Break Down the Content: Don’t try to learn everything at once. Focus on one subtest at a time, creating a study schedule that allows you to master the material in a systematic way.

4. Use Flashcards: For terms, key dates, historical figures, formulas, and scientific concepts, flashcards are incredibly efficient for long-term retention.

5. Form Study Groups: Collaborating with peers can provide new perspectives and motivation.

Exam Centers and Testing Options:

The Praxis 5901 exam is administered by Educational Testing Service (ETS).

Candidates must register for the exam on the official ETS website.

There are two primary options for where to take the test:

1. Physical Testing Centers: You can select a test center, such as a Prometric location, during the registration process. Use the search tool on the ETS website to find a convenient location near you.

2. At-Home Testing: Some tests offer the 'At Home' testing option, which is a computer-delivered, remotely proctored exam. This allows you to take the test in a location of your choice that meets specific security requirements. You must meet all computer and room requirements and have a live human proctor.


Job Opportunities from the Course

Passing the Praxis 5901 is a critical achievement for anyone launching a career in elementary education. This certification is a pathway to many rewarding professional roles:

  • Elementary School Teacher (K-6, 1-6, etc., depending on state licensure)

  • Substitute Teacher

  • Paraprofessional / Teacher’s Aide

  • Educational Consultant

  • Curriculum Developer

  • After-School Program Coordinator

  • Private Tutor (Elementary Subjects)

  • Homeschool Instructor for specialized programs

Successfully navigating this exam opens the door to a multitude of opportunities to shape young minds and build a fulfilling career in education.


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