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For many, physics can be a difficult subject to understand. This is why theory lessons should always be followed by relevant visual examples that can demonstrate the concept in an interesting manner. Now, a lesson about forces shouldn’t be that hard to understand, since forces are the ones that make reality work the way it does. Nevertheless, Forces in 1 Dimension is an application that has the potential to make a physics class more interesting.
Push things with force
In this Java-animated application, you take the role of a wooden mannequin that likes to push things. You start by figuring out how to push a file cabinet, but after a few clicks and drags, you find that the cabinet is no match for you. You can move on to heavier things, like a refrigerator, or lighter things, like a crate or textbook.
After you feel like you master the art of pushing, you can take on the ultimate challenge: pushing a sleepy dog. No, it won’t wake up, bark or bite you, but you can tell that the developers have an absurd sense of humor. Even if this isn’t a game and the animation is less than basic, you can always activate the barriers and start crashing objects into the wall (yes, even the poor dog).
Ok, but what about the physics?
When pushing objects, the forces at work (such as the applied force and the friction) will be graphically represented by arrows. If you want to learn more about these, you can always activate the graph tools and analyze the curves.
You probably won’t be able to learn a lot about the forces all by yourself; after all, Forces in 1 Dimension is an educational app that should be used in class. Nevertheless, a good teacher should make good use it.
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Will you be able to push objects like a boss? Can you understand the forces that are at work in this Java-based application?
This physics lesson is about moving objects with forces.
Well, let’s push
To start, push a book to the right with force. Let’s see the results.
To make it easier to understand, let’s try again. This time, we’ll see how to push a book with a force to the right.
A tutorial for the curious
I recommend that you watch the full tutorial because this is a physics lesson about pressing forces. Take notes and ask your teacher what you don’t understand. If you come across a topic that you don’t understand, make a note of it, so you can learn more about it in the future.
Resources:
Atom Physics
Force of Emotion
Mass Education
Physics 101
Physics Application Programming Interface (API)
The Physics Playground
It’s time to face reality
We all know that the school year is ending, and after today, we will have to turn the projector on once more. In this Physics Olympics, we will try to carry a cube from a distance of 20 meters and, in the process, we will solve a problem that is tied to the concept of weight. We will also look back at an iPhone application that demonstrates force and momentum.
Can you read my mind?
After the cube is transported, we will check out a tutorial about the velocity vector. In the end, you will test your knowledge by solving a problem.
As a developer, you have the opportunity to take on this challenge. Because, who says that a physics lesson has to be easy and boring, right? It’s time to face the music. If you want to play this game, download it from the iTunes application store.
I am sure that most of you will win, but you will have to take on the challenges of an iPhone to do it.
Resources:
Completely Deactivated
Force of Emotion
Mass Education
Physics Playground
Physics 101
Many times, physics lessons are taught to students in an academic environment, where the theoretical aspect is the main focus. Nevertheless, science isn’t only about knowledge. Physics is a subject that teaches you how to master a given set of skills (or how to improve a given set of skills) with the use of certain tools. This can be done using a paper, a chalkboard,
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* Demonstrate what happens when objects push each other.
* Can show the mechanics of friction, inertia, mass and forces.
* Can calculate the forces of mass, friction, etc.
* Can simulate complex interactions between multiple objects.
Take a look at this Android app for beginners and find out what it’s all about.
Your question, it is raised in your comments, is “Why, after the wheel is turned, the [Ford] Model T keeps on moving?” First, I think that we’ll need to clarify a few things:
1) “Ford Model T” — the name of the car, not the name of the company!
2) “The wheel is turned” — I’m not sure what you mean by this. There is no wheel in a Model T, so what are you talking about?
We’re not going to start out with a default Model T. Let’s start with two tires: right-front and left-rear. When we drive the Model T, the back tires are the two driven wheels, and the front two are the input wheels.
Let’s say that we want to drive the car at a speed of 10 miles per hour. To do this, we have to apply 10 pounds of force to the front tires. The Model T is very heavy — when we began to accelerate, it was approximately 3,500 lbs. It now weighs 3,800 lbs. Before it accelerates, there is some friction between the tires and the road, and we might say that the force that we applied is given by (we’ll round this down to 1 lb):
We’ll say that the friction is.5. And that, added to the 10 lbs, means that we’ll only have 11 lbs on the front tires. But wait! The front wheels are now constrained to go around in a circle, so it doesn’t matter whether they’re going in a circle that’s 10 feet or 10,000 miles long. In order to reach a given speed, it doesn’t matter how the front tires are rotated.
Let’s say that I want to drive the car at 15 miles per hour. We still have the friction (now.9), but we’ve added a torque force of about 5 lbs as well. That means that, when we apply the force at the front tires, there is a total of about 15 lbs on the front tires. On the rear tires, there is now less force than before, so they turn
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You know how when you pick up something, say a box, it will slide along in the same direction you are pushing it in? In the 2D version of the app, this works in the same way. However, what happens if your box has a shape other than a square, or if you want to push an object along the ground? In the 3D version of the app, you can do that and figure out other important properties, such as the moment of inertia, that you can use for a surprise attack (or just to confound your teacher).
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What’s New in the?
The wooden mannequin loves pushing things around. What can you push? If you want to increase his speed, you must first understand the physics of motion. We assume that you are already familiar with the classic law of inertia (which states that an object in a state of rest will continue in this state unless an outside force acts on it). This leads to the so-called “third law of motion”: “if one object is at rest, its force on another must always be acting to change its motion.” That’s a rather long and elementary explanation of this law. Instead, we will simply illustrate it with an example. You can think of this as the model for a wooden mannequin; no, you won’t be able to push any car with it, but it will help you to understand the general idea of this law.
The example is as follows: you have a wooden mannequin on a scale that weighs, say, 10 tons. Now, if you want to change the mannequin’s velocity (the acceleration), you need to add an acceleration to it, regardless of the magnitude of this acceleration. Even if you have a greater gravitational acceleration, you will add this acceleration to the mannequin’s velocity (your object will increase its speed). If there is an object with a smaller mass than the mannequin, the acceleration will be greater in relation to this object, so it will move away from you. You can, in fact, get an idea of what this law implies from the third law of motion by imagining that you weigh nothing (having a zero mass) and then that you have a object with more mass than you (this object is so massive that its mass is 100 times more than yours). What will happen? The object with greater mass will move away from you faster than you; it will give you a push in the direction opposite to the motion you wish to achieve. To learn more about the concept of force, you can start by exploring the app itself and then using the ForceTools.
Of course, on the average day, you don’t have to worry about things falling out of the sky and shooting forth at you; nevertheless, if you are interested in further studying physics and its applications, this is a good introduction to the world of forces. The way I see it, forces make the universe work the way it does, and Forces in 1 Dimension represents the virtual box in which we study this phenomenon.
System Requirements For Forces In 1 Dimension:
OS: Windows 7/8/8.1/10
Processor: 2.0 GHz dual-core Intel or AMD
Memory: 1 GB RAM
Graphics: NVIDIA GeForce GTX 480 (1GB VRAM), ATI Radeon HD 5850 (1GB VRAM)
DirectX: Version 9.0c (DX10)
Storage: 300 MB available space
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