About

This simulation shows the intoduction of two pic of vehicles. Players are supposed to move the pictures and ruler to suitable poistion to measure the length of the vehicle. After that, he must estimate and select a possible scale for the picture to find the exact length of the vehicles. The simulation also have a displacement vs time graph attached to enable the students to explore further about displacement time graph since the pictures actually moved into the plot with differing speed.

 

Translations

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Credits

Author name

Briefing Document: Maximum Measures Applet Simulation

1. Overview

This document provides a summary of the "Maximum measures JavaScript HTML5 Applet Simulation Model," its functionality, and its place within the broader Open Educational Resources / Open Source Physics @ Singapore initiative. The applet is designed as an interactive tool to teach measurement and data analysis, leveraging JavaScript and HTML5 technology.

2. Main Themes and Key Ideas

• Interactive Measurement Learning: The primary focus of the applet is to allow students to learn about measurement in an engaging, interactive way. Rather than passively receiving information, users actively manipulate elements within the simulation.
• Estimation and Scale: The simulation requires users to estimate the size of objects and select appropriate scales for measurement, reinforcing the importance of units and proportional reasoning in measurement.
• Connecting Measurement to Graphs: A key feature of the applet is its integration of a displacement vs. time graph. This allows students to see the connection between physical movement (measuring a vehicle's length) and graphical representation of the motion, extending the learning beyond simple length measurement.
• Open Educational Resource: This applet, like the others within the project, is intended to be freely accessible and reusable as an open educational resource, adhering to a Creative Commons Attribution-Share Alike 4.0 Singapore License. This promotes widespread use and adaptation.
• Focus on Physics and Math Concepts: While the specific example in the applet involves measuring vehicles, the underlying principles are applicable to various physics and math concepts, including:
• Length and scale
• Displacement and time
• Graphical representation of motion
• Data analysis

3. Detailed Description of the Applet

The simulation centers around the task of measuring the length of vehicle pictures. Here's a breakdown of the process:

• Interactive Elements: The simulation provides users with vehicle pictures and a ruler tool.
• Measurement Task: Players move the pictures and ruler to the appropriate positions to measure the length of the vehicles, engaging with the physical aspect of measurement.
• Estimation and Scaling: The user must "estimate and select a possible scale for the picture to find the exact length of the vehicles," forcing engagement with the concept of scale.
• Displacement vs. Time Graph: The simulation includes a "displacement vs time graph attached to enable the students to explore further about displacement time graph since the pictures actually moved into the plot with differing speed." This visual representation connects the physical movement to its mathematical representation, offering insights into the data collection aspect of science.

4. Quotes from the Source:

• "This simulation shows the intoduction of two pic of vehicles. Players are supposed to move the pictures and ruler to suitable poistion to measure the length of the vehicle." (Describes the core interaction of the simulation.)
• "After that, he must estimate and select a possible scale for the picture to find the exact length of the vehicles." (Highlights the importance of estimation and scale.)
• "The simulation also have a displacement vs time graph attached to enable the students to explore further about displacement time graph since the pictures actually moved into the plot with differing speed." (Emphasizes the integration of a graph, making it more than just a length-measuring tool.)

5. Context within Open Educational Resources / Open Source Physics @ Singapore

• Part of a Larger Collection: The "Maximum measures" applet is just one of many interactive resources within the Open Educational Resources / Open Source Physics @ Singapore project. The document lists a wide variety of applets covering diverse topics in Physics, Math, and other subjects.
• Focus on Interactive Simulations: The project strongly emphasizes the use of JavaScript HTML5 applets for learning, showcasing a commitment to technology-enhanced education.
• Open Source and Reusable: The project embraces open-source principles. The applets are freely accessible, customizable, and can be embedded in websites. This allows for easy integration into different teaching contexts, both in Singapore and beyond.
• Diverse Topics Covered The listing of other simulations includes "Storm Water Pit Simulator," "Projectile Motion with System of Masses and Spring", "Volume of Pyramid in 3D", "Sound Waveforms", "Photoelectric Effect", "Doppler Effect Sound Wave", "Fleming Left Hand Rule" and many more.
• Workshops and Training: The document references numerous workshops, talks, and training sessions related to the use of these tools, showcasing a strong emphasis on teacher development and adoption of these resources within the educational system. Examples include "Creating Creating ICT Learning Experiences for Kinematics-Dynamics-Energy", "Modelling With Physics Simulations", and various "Tracker" and "TRIASI" workshops. There is evidence of engagement with teachers across various levels of education from primary to pre-university, as well as various institutions.
• Recognition and Awards: The project has received several awards including the UNESCO King Hamad Bin Isa Al-Khalifa Prize for the Use of ICTs in Education and various awards from the Ministry of Education in Singapore. This suggests that it is a highly regarded and well-funded project.

6. Implications for Teaching and Learning

The "Maximum measures" applet and the overall project suggest the following key implications for teaching:

• Active Learning: Simulations allow for a more active learning process, where students are actively involved in exploring scientific concepts rather than passively receiving information.
• Visualization: The integration of graphs and visual elements enhances understanding by making abstract concepts more tangible.
• Flexibility and Accessibility: The open-source nature of the project enables teachers to customize and integrate these resources into their curriculum. It also increases the accessibility of quality educational tools for diverse student populations.
• Technology Integration: This project represents an exemplary effort in effectively using technology to enhance teaching and learning within science and mathematics.
• Focus on the process of science: The integration of estimation, scale selection and data interpretation (through the displacement vs time graph) suggests a focus on the process of science rather than merely on getting the correct measurement.

7. Conclusion

The "Maximum measures JavaScript HTML5 Applet Simulation Model" is a valuable learning tool. It exemplifies the goals of the Open Educational Resources / Open Source Physics @ Singapore project: to provide high-quality, interactive, and accessible resources for physics and math education. The applet’s interactive nature, combined with its integration of graphical representation, encourages deeper understanding of fundamental measurement concepts. This, coupled with the wider context of the project, with its focus on teacher development and open-source resources, makes it a model for technology-enhanced learning.

 

Maximum Measures Simulation Study Guide

Quiz

Instructions: Answer the following questions in 2-3 sentences each.

1. What is the primary function of the "Max measures" simulation?
2. What actions are players expected to perform within the simulation?
3. Besides measuring length, what other concept is explored through the simulation?
4. How does the simulation incorporate the concept of "scale"?
5. What kind of graph is attached to the simulation?
6. What can students learn about the movement of the objects using the displacement-time graph?
7. Under what type of license is the "Max measures" simulation released?
8. What programming language was used to develop the simulation?
9. What is the main purpose of the Open Source Physics @ Singapore project?
10. Name another simulation offered by the same organization.

Answer Key

1. The primary function of the "Max measures" simulation is to allow users to measure the length of vehicle pictures by placing a ruler, and then estimate an appropriate scale for the measurement. The simulation encourages users to use measuring tools and think about scale.
2. Players are expected to move the provided vehicle pictures and a ruler to appropriate positions on the screen to measure the length of the vehicles. Then, they must select a scale for the picture in order to find the exact length.
3. Beyond measuring length, the simulation also explores the concept of displacement versus time. This is represented through an attached displacement vs. time graph.
4. The simulation requires users to estimate and select a scale factor, which is necessary to convert the measured length on the image to the actual length of the vehicles. This encourages critical thinking about scaling.
5. A displacement vs. time graph is attached to the simulation. This graph shows how the position of the vehicle changes over time, with the vehicles moving at varying speeds.
6. By using the displacement-time graph, students can observe and analyze how the vehicles move, specifically with different speeds. This adds another layer of engagement for the students.
7. The "Max measures" simulation is released under a Creative Commons Attribution-Share Alike 4.0 Singapore License. This license permits others to use, modify, and share the simulation as long as they provide attribution and share under the same terms.
8. The simulation was developed using JavaScript and HTML5, enabling it to run directly in web browsers without the need for additional software. This is a core component of the Open Source Physics @ Singapore project.
9. The main purpose of Open Source Physics @ Singapore is to provide open educational resources, specifically physics simulations, for use in education. These simulations are designed to enhance understanding of scientific principles.
10. One other simulation offered by the same organization is the "Storm Water Pit Simulator" JavaScript HTML5 Applet Simulation Model. There are also many others listed on the website.

Essay Questions

Instructions: Answer each of the following questions in a well-organized essay of at least 5 paragraphs, including a thesis statement, supporting arguments, and conclusion.

1. Discuss the educational value of using interactive simulations like "Max measures" in a classroom setting. How does this tool enhance student learning compared to traditional methods?
2. Analyze how the "Max measures" simulation integrates multiple scientific concepts (measurement, scale, displacement) and how this integrated approach supports a more comprehensive understanding.
3. Compare and contrast the use of the "Max measures" simulation with other types of measurement tools, such as physical rulers or laboratory equipment. What are the specific benefits and limitations of using a simulation?
4. Evaluate the design and user interface of the "Max measures" simulation. How effective is it in facilitating student engagement and learning? Provide recommendations for improvements.
5. Explore how the Open Source Physics @ Singapore project contributes to the broader open educational resources (OER) movement. What are the implications of making these resources freely available?

Glossary of Key Terms

Simulation: A computer-based model of a real-world system or process, used for experimentation, learning, or training.

HTML5: The latest version of Hypertext Markup Language, used to structure and present content on the World Wide Web.

JavaScript: A programming language commonly used to add interactivity to web pages.

Applet: A small application that runs within another application, often used for simulations on a website.

Displacement: The change in position of an object, typically measured as a vector quantity.

Scale: The ratio between a measurement on a map, model, or image and the corresponding measurement on the actual object.

Open Educational Resources (OER): Freely accessible and openly licensed educational materials that can be used, modified, and shared by anyone.

Creative Commons License: A type of copyright license that allows creators to share their work while specifying conditions under which others can use it.

Displacement vs. Time Graph: A visual representation that shows how the position of an object changes over a period.

Interactive Simulation: A computer simulation in which the user can manipulate parameters, and therefore affect the behavior of the simulation.

Version

1. http://opensourcephysicssg.blogspot.sg/2017/10/max-measures-by-2017-workshop.html

FAQ

• What is the "Max measures" simulation and what is its primary purpose?
• The "Max measures" simulation is an interactive, JavaScript-based HTML5 applet designed to help users understand and practice measurement. It presents users with images of vehicles that they must position a ruler against to measure their lengths, then estimate and select a scale to determine exact dimensions. Additionally, the simulation includes a displacement vs. time graph that corresponds to the movements of these vehicles, thus enabling exploration of the relationship between movement and graphical representation.
• What are the main learning objectives of the "Max measures" simulation?
• The primary learning objectives of the "Max measures" simulation include developing practical measurement skills using a virtual ruler, honing estimation skills related to scale, and exploring the connection between displacement and time through a visual graph. It also helps users correlate real-world measurements with abstract graphical data, promoting deeper learning around those concepts.
• What other types of simulations and learning tools are available from the same source?
• This source provides a diverse range of educational simulations, covering topics in physics, chemistry, mathematics, and more. Examples include: projectile motion, wave behavior, electric and magnetic fields, radioactive decay, various mathematical concepts involving fractions, numbers, and geometry, and even simulations that allow for deeper analysis using video tracking tools. These tools are built using open-source physics (OSP) principles.
• What is Easy JavaScript Simulation (EJS) and how does it relate to these resources?
• Easy JavaScript Simulation (EJS) is a modeling tool used to create interactive simulations for educational purposes. Many of the simulations listed, including "Max measures," are built using this tool and it allows educators to convert Java based programs into HTML5 for use in the browser, making them accessible to a wider audience. EJS and OSP are closely tied together within these resources.
• What is meant by "Open Educational Resources" (OER) and "Open Source Physics" (OSP) in the context of this website?
• Open Educational Resources (OER) refers to the educational materials which are freely available for use, adaptation, and redistribution. Open Source Physics (OSP) is a movement that advocates for sharing and collaboratively building physics education resources, which is why many of the models on the site are not just free to use but also able to be modified and shared. In short, they want the resources to be used for education with as few barriers to access as possible.
• What are some of the teaching/learning methods that are supported by the tools in the sources?
• The tools support various pedagogical approaches, including inquiry-based learning, hands-on virtual experiments, and interactive modeling. They allow students to explore concepts by changing variables and observing effects. Additionally, some resources leverage video analysis to link real-world events with scientific models. These tools also support conceptual understanding, encouraging a more holistic view of topics rather than rote memorization.
• Can these simulations be integrated into other web pages or online learning environments?
• Yes, these HTML5 applet simulations can be embedded into other web pages or online learning platforms. Specifically, "Max measures" provides an iframe embed code to be used for this purpose. This makes them very useful for teachers and other education providers who might want to use them in lesson plans or curricula.
• Who creates these simulations and resources and is there licensing involved?
• The simulations and resources are created by various authors (individual educators and teams) affiliated with Open Source Physics @ Singapore. They are released under the Creative Commons Attribution-Share Alike 4.0 Singapore License which allows for free use, remixing and redistribution so long as attribution is provided and any new resources based on these are similarly shared. However, for commercial use of the EasyJavaScriptSimulations library, additional licensing conditions apply, as detailed in the provided link, and require direct contact.