PraxiLabs A virtual world of science
Last Updated on May 2, 2025 by Muhamed Elmesery
Let’s explore why online physics simulator important for universities, delve into the best online physics simulators for students and educators, and more!
Table of Contents
What is online physics simulator?
An online physics simulator is a digital tool that enables students and users to simulate the physics experiments. They can understand various concepts and conduct experiments in physics in an immersive virtual labs environment.
Online physics simulators apply physics concepts and principles alongside mathematical models to create interactive virtual experiences in physics which allow students to gain a deeper understanding and visualize the different physical phenomena without the need to use the real physics laboratories.
Benefits of Using Online Physics Simulator in Universities
Real physical laboratories require significant costs for equipment, maintenance, and infrastructure. By adopting an online physics simulator, universities and educational institutions can significantly reduce overhead costs while still providing a high-quality educational experience. Virtual physics l labs reduce expenses related to physical materials and allow institutions to allocate resources more effectively.
Another key benefit of using an online physics simulator is the immersive and interactive learning which enhances student engagement. The 3D virtual lab equips students with the tools that improve focus, attention, and engagement. As a result, students remain interested and actively absorb information more easily, leading to improved learning outcomes.
Best Online Physics Simulators for Students and Educators
PraxiLabs is considered one of the best online physics simulators for students and educators. As a pioneering e-learning company shaping the future of education. PraxiLabs was created to provide educational institutions around the world with a cost-effective, innovative and immersive online physics simulator tailored to their physics lab needs.
Additionally, PraxiLabs has been recognized for its realistice 3D physics simulation online virtual lab experiences. Dr. William H. Miner, Jr., Professor of Physics at Palm Beach State College, noted that among various virtual reality software options for physics labs, PraxiLabs offers a realistic experience that makes students feel like they are in a real lab.
PraxiLabs not only provides more than 200 immersive virtual lab experiences, but it also addresses pivotal challenges faced by students in science education and enriches learning with enriched content that deepens students’ understanding and knowledge.
Pick the Best Virtual Plan or You
Success Factors of Praxilabs as online physics simulator
PraxiLabs has gained recognition as a leading online Physics Virtual Lab due to several success factors that make it an effective and valuable tool for both students and educational institutions.
At PraxiLabs, we leverage our competitors’ efforts in making educational institutions aware of virtual labs by providing the same level of services at lower pricing with a bigger portfolio, while staying ahead through our value proposition, market advantages, and enhanced product offerings. Let’s discover the key success factors contributing to its impact:
Cost Effective & Affordable
Online physics simulator from PraxiLabs eliminates much of the cost associated with maintaining traditional physics laboratories, from resources and supplies to general maintenance and equipment. A virtual physics lab gives each student access to an interactive science experience at a significantly lower cost.
Better UX
Fewer limitations and less redundancy by collecting safety guides in a lab safety science simulation. During experiments only the first occurrences of important actions such as. Closing a bottle or removing a tip are performed manually.Afterward, these actions are not restricted; instead, a pop-up will indicate that it needs to happen if a student acts otherwise, aligning with Pop-Ups and Productive Failure.
Adaptive to Learning Styles
PraxiLabs combines its virtual lab simulations with additional multimedia and text resources to provide each student with material that fits their learning style.
LMS Integration
You can quickly access your physics virtual lab right from your LMS through a seamless integration between PraxiLabs and your preferred LMS within a day hassle-free.
Examples of online physics simulations in Praxilabs
PraxiLabs provides a diverse catalog of high-demand physics simulation 3D experimets that help students to gain valuable experience in a controlled laboratory environment without any hazards. Our simulations are designed to be engaging, interactive, and enjoyable,, and they come with exciting features to facilitate learning.
Let’s navigate some of PraxiLabs physics Experiments simulation List:
Heat and Thermodynamics Virtual Labs
- Specific Heat of Solids Byole’s Law of Gases
- Joule’s Experiment
Electricity
- Measurement of Ohmic Resistances Using Ammeter and Voltmeter
- Study the I-V Characteristics of Non-Ohmic Resistance
- Kirchhoff’s Loop Rule
- RC Circuit (Charging Capacitor)
- RC Circuit (Discharging Capacitor)
- Variation of the Resistance of a Thermistor with Temperature Experiment
- Electrostatic Demonstration (New)
- Faraday’s Law (New)
Magnetism Virtual Labs
- Magnetic Moment of a Bar Magnet
- Magnetic Field of a Circular Loop Current
- Determination of unknown capacitance and inductance using phasor diagrams and A
- circuits (Coming Soon)
Modern Physics Virtual Labs
- Black Body Radiation.
- Optics Lab.
- Laser Beam Divergence.
- Laser Electro-Optic Effect.
- Millikan Oil Drop.
- Michelson Interferometer.
- I-V Characteristics of Solar Cell (I).
- I-V Characteristics of Solar Cell (II).
- I-V Characteristics of Solar Cell (III).
- Zeeman Effect Experiment.
- Band Gap Energy of Semiconductors.
Properties of Matter Virtual Labs
- Determination of the Coefficient of Viscosity by Using Stokes Method.
- Archimedes Principle.
- Young’s Modulus for a Metallic Rod.
- Density Measurement.
Waves Virtual Labs
- Focal Length of a Convex Lens Using General Law Simple Pendulum
- Hooke’s Law.
- Speed of Sound Using Closed Columns.
- Speed of Sound Using Open Columns.
Mechanics Virtual Labs
- Free Fall (Enhanced).
- Motion on Inclined Surface.
- Ballistic Pendulum.
- Newton’s Second Law.
- Lami’s Rule.
- Static Friction Coefficient.
Enhance your Students’ Learning Retention and Engagement!
FAQs
Is there a physics simulator?
Yes, there are several physics simulators designed for various purposes. For example, PraxiLabs, a leading e-learning company provides interactive 3D physics virtual lab simulations that are safe, affordable and accessible anytime/anywhere for educational institutions and students.
What is an example of simulation in physics?
Free Fall Virtual Lab Simulation
In this simulation, students will learn how to observe the uniform acceleration of a freely falling object due to gravity.
By the end of the experiment, students will be able to measure and determine the displacement of a freely falling object, determine the instantaneous velocity of the falling object, calculate the uniform acceleration of a falling object due to gravity (g), test the hypothesis that the acceleration of a freely falling object is uniform.
Join PraxiLabs now to start your free fall experiment for FREE!
