Learn Physics with Interactive Physics: A Simulation Software for STEM Education
This is a free version of \"Interactive Physics PRO\", if you want the ad free version search in the android store for \"Interactive Physics PRO\".This app and physics calculator is ideal for students and graduates, you will find a variety of useful formulas and tools for your daily calculus, you can enter a value by touch and solve any variable of the equation, the interactive feature of the formulas makes it easy to avoid typing or human errors.In this app there are more than 180 formulas covering various topics like: Newtonian mechanics, waves, electricity, relativity etc. The interface is made in a way that you can see above any variable it's value.Please feel free to send us your comments to improve the product or if you find a bug (include your phone model).
interactive physics download full version
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This app and physics calculator is ideal for students and graduates, you will find a variety of useful formulas and tools for your daily calculus, you can enter a value by touch and solve any variable of the equation, the interactive feature of the formulas makes it easy to avoid typing or human errors.
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Choose from a large list of editable tools for math, physics and chemistry to enhance everyday interactive learning, right on your document or background of choice. Use 3D tools, a built-in calculator, rulers, compasses and more, all within Teach Infinity II.
The elements of the site (Flash animations, video, ...), logos are protected by copyright and are PCCL exclusive property. They may not be copied or used on another website than this one. Pursuant to L. 122-4 of the Intellectual Property Code Article, any reproduction of a full or partial content of the site is prohibited, regardless of its form (breeding, nesting, distribution, technical "inline linking" and "framing" ...). The direct links to downloadable files on this site are prohibited. Links to html pages are allowed, and the viewing in classroom.
Project Acoustics is a wave acoustics engine for 3D interactive experiences. It models wave effects like occlusion, obstruction, portaling and reverberation effects in complex scenes without requiring manual zone markup or CPU intensive raytracing. It also includes game engine and audio middleware integration. Project Acoustics' philosophy is similar to static lighting: bake detailed physics offline to provide a physical baseline, and use a lightweight runtime with expressive design controls to meet your artistic goals for the acoustics of your virtual world.
2020.12 iGibson and iGibson Dataset v1 Released: This release is a major update of iGibson simulation environment and a new dataset. We release a large dataset that consists of 15 fully interactive scenes and 500+ object models annotated with material and physical properties on top of PartNet and Motion Dataset. It also introduces new features such as physically based rendering, 1-beam and 16-beam LiDAR, domain randomization, motion planning, tools to collect human demos and more! For more details, please refer to our arxiv preprint.
2020.04 iGibson Dataset v0.05 Released: This release include the simulation environment, ten houses annotated with interactive objects of five categories, and one house fully annotated to be interactive and with selected textures. We include documentation with code examples and baselines of navigation agents with reinforcement learning state-of-the-art algorithms.
The High School Physics library contains interactive physics labs for high-school students. After completing the labs, you will be able to understand the safety limits of a trampoline-like structure, how spring-damper systems are used to model real-life situations and how damping forces help in reducing the impact during collisions between railcars. The library also contains many exercises related to kinematics and dynamics courses.
On June 19, 1989, David Baszucki founded Knowledge Revolution, There, he wrote a general-purpose physics simulator for the Macintosh Plus called Interactive Physics. Users of the software could drag parts, hinges, ropes, and springs to create and measure physics experiments. The simulator in Interactive Physics was one of the only engines at the time to be accurate enough that many problems in physics textbooks could be modeled such that the answers would compare with analytic solutions. Interactive Physics was translated into nine languages and sold millions of copies.[1] It was especially popular among students. David Baszucki was the president of Knowledge Revolution until 1998, and, during this time, was first joined in June 1991 by his brother Greg Baszucki, followed shortly afterwards by Erik Cassel, then in January 1997 by Keith Lucas, who had initially applied for a part-time customer service engineer job, but eventually received a full-time offer. By this time, their primary audience was gradually shifting away from students and towards businesses such as Boeing, Lockheed, and Ford. By 1996, Knowledge Revolution had shipped its second product, Working Model, which was an improved version of Interactive Physics with some 3D components.[2]
The most convenient form for downloading is to pick up a single Jar file containingthe required classes:topcat-full.jar (36.8M) - standard version
topcat-lite.jar (30.2M) - slightly slimmed down version missing a few rarely-used features
topcat-extra.jar (52.3M) - bloated version including Parquet file format support
WebStart is a Java technology which enables one-click download,installation, updating and invocation of Java applications over the web. It's quite convenient, but somewhat deprecated or completely missingin more recent versions of Java, and sometimes doesn't work properly.If you have Java's WebStart installed, you can install and invokeTOPCAT in one click from one of the following links:Webstart invocation: topcat-full (36.8M), topcat-lite (30.2M)
See the comments in the previous item for the difference betweentopcat-lite and topcat-full.
If you want the most comprehensive installation then download andunpack the full starjava tree in one of the following forms:starjava compressed tar archive (219.2M)
starjava zip archive (219.2M)
These archives include related applications such asSPLAT,SoG andTreeview.You can run TOPCAT using the starjava/bin/topcat script(Unix) or by running java -jar starjava/lib/topcat/topcat.jar.
Focusing on increasing student success, faculty share experiences of developing and implementing active, interactive, and adaptive introductory physics courses. This includes the development of three courses, an algebra-based general physics course, a calculus-based general physics course, and a bio-medically focused physics course for pre-health and life-sciences majors on the adaptive platform Cogbooks. The courses were designed to create low-cost options using open educational resources (OER) serving large student populations with a wide range of foundational skills, learning paces, and learning preferences. The courses support and aid student learning in terms of math remediation, scaffolded questions, interactive simulations, and content presented in different formats such as text and videos. The design allows students to work at their own pace, choosing support items presented to them via the adaptive feature of the course, and explore concepts through simulations with activities. The new courses been offered for three years.
As the number one software for creating interactive physics simulations, Algodoo is the perfect tool for learning, exploring, experimenting and laborating with real physics. The Algodoo software is designed and optimized for future classroom solutions like 1:1 computing, interactive whiteboard systems and other modern technology. Also including content like lesson plans, pre-made scenes and tutorials, making Algodoo both easy to learn and use.
David R. Sokoloff is the author of Interactive Lecture Demonstrations, Active Learning in Introductory Physics, published by Wiley. Ronald K. Thornton is the author of Interactive Lecture Demonstrations, Active Learning in Introductory Physics, published by Wiley. Table of contents Section I: Introduction to Interactive Lecture Demonstrations The Eight Step Interactive Lecture Demonstration Procedure Section II: Interactive Lecture Demonstrations in Mechanics KIN1 Kinematics 1--Human Motion KIN2 Kinematics 2--Motion of Carts N1&2 Newton's 1st & 2nd Laws N3 Newton's 3rd Law VECT Vectors PROJ Projectile Motion ENER Energy of a Cart on a Ramp MOM Momentum ROTM Rotational Motion STAT Statics FLUS Fluid Statics Section III: Interactive Lecture Demonstrations in Oscillations and Waves SHM Simple Harmonic Motion SND Sound Section IV: Interactive Lecture Demonstrations in Heat and Thermodynamics INHT Introduction to Heat and Temperature SPHT Specific Heat HTPC Heat and Phase Changes HENG Heat Engine Section V: Interactive Lecture Demonstrations in Electricity and Magnetism EFFP Electrostatic Field, Force and Potential INDC Introduction to DC Circuits SPC Series and Parallel Circuits RCC RC Circuits MAG Magnetism EMIN Electromagnetic Induction ACC AC Circuits Section VI: Interactive Lecture Demonstrations in Light and Optics RRLT Reflection and Refraction of Light IMFL Image Formation with Lenses MIRR Mirrors POL Polarized Light Appendix A: Interactive Lecture Demonstration Experiment Configuration Files Features Are available for all of the major topics in the introductory physics course. Engage students to probe their understandings of basic physics concepts. Use a learning cycle based on physics education research including prediction, observation, and comparison with the results of real physics experiments. Includes student prediction and results sheets that can be copied and distributed to your students, teachers guides with equipment and setup details, and teacher presentation notes to guide your classroom presentations. Is compatible with most computer data acquisition hardware and software. addToCartPopupItemLabel = "item";addToCartPopupItemsLabel= "items"; addToCartModalWndTemplate = "\\\ \ \ nameYou've added newlyAddedQuantity newlyAddedQuantityLabel\ \ \ \ \ #withErrors\\#errors\\#isIsbnEmpty\#isCodeEmpty/isCodeEmpty\^isCodeEmpty/isCodeEmpty\/isIsbnEmpty\^isIsbnEmpty\#isCodeEmptyError adding isbn to your cart. Quantity for downloadable products cannot be greater than one. Please try again later. If the error persists please contact customer care/isCodeEmpty\^isCodeEmpty\ #isShowContactUsError adding isbn to your cart. message Please try again later. If the error persists please contact customer care./isShowContactUs\ ^isShowContactUsError adding isbn to your cart. Quantity for downloadable products cannot be greater than one. Please try again later. If the error persists please contact customer care/isShowContactUs\ /isCodeEmpty\/isIsbnEmpty\