Have you ever wanted to design and program your own game? Now is your opportunity! Visit our website and check out games that have already been created, watch tutorials, explore our visual programming language and design and program a game of your own!
This activity is related to electrostatic force.
You will need: A water bottle, 2 straws and a paper towel.
This activity is related to the lift force.
You only need a piece of paper to try it!
At National Grid, safety is in our DNA. To help promote electric safety, we created a seven-minute version of our electric live line safety demonstration. How much do you know about electricity safety?
From Here to There is an interactive touch-based application that allows students to dynamically interact with numbers and expressions. Rather than solving a problem by hand and typing in the answer, students can transform expressions or equations by dragging or breaking apart the number. These activities provide access to the rewarding and playful challenges of algebra and equation solving.
We have some algebra problems for 7th to 12th graders to solve! In this one-hour study, students will solve some algebra problems, find errors in worked examples, and judge whether two expressions are mathematically equivalent. Through this research, we hope to learn how to better design algebra problems to support student learning. Thank you so much for supporting our research!
Have you ever looked at a complicated math problem and asked yourself, “Where do I start?” The goal of our project is to see how websites should show online math problems in ways that are easy to understand for students. With your help, we can get closer to answering this question.
Would you like to be a treasure hunter? In this game, you will find the right combination of numbers to unlock treasure chests! As you play the game, you will visit the penny plains, wealthy wonderland, big bucks beach, fortune forest, diamond desert, cash canyon, and profit plateau. As you will move through worlds, you will open bigger treasure chests and earn more golds.
Liquid is the material state whose shape depends on the container; on the other hand, solid material has a specific shape that resists the external force-induced deformation. Most of the time, we can tell if the material is liquid or solid by examining its response to external force. However, can you think of a material that can be both liquid and solid at the same time depending on how you interact with the material? In this hands-on activity, we will guide you to make a material that is between liquid and solid. When you gently and slowly poke the material, it is fluid like water but when you poke it hard and fast, it is elastic like a solid material. This material is categorized as a non-Newtonian fluid. In this activity, you will learn how non-Newtonian fluid behaves differently from conventional Newtonian fluid.
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