Mousetrap car report answers. Mousetrap Car Physics 2022-10-25

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A mousetrap car is a simple machine that uses the energy stored in a mousetrap to power a vehicle. These cars are often built by students as science fair projects or as a way to learn about physics and engineering. In this report, we will discuss the physics behind mousetrap cars and how to build and optimize them for distance and speed.

The main source of energy for a mousetrap car is the spring inside the mousetrap. When the mousetrap is set, the spring is wound up and stores potential energy. When the mousetrap is triggered, the spring is released and converts that potential energy into kinetic energy, or movement. This kinetic energy is transferred to the wheels of the car through the use of a string or rubber band, which causes the car to move forward.

To build a mousetrap car, you will need a mousetrap, wheels, a body or frame to hold everything together, and some sort of mechanism to transfer the energy from the mousetrap to the wheels. There are many variations of mousetrap cars, and the specific design will depend on the materials you have available and the goals you have for the car.

One important aspect of building a mousetrap car is finding the right balance between weight and power. A heavier car will require more energy to move, but it may also be more stable and able to travel a longer distance. On the other hand, a lighter car will be more responsive and may be able to accelerate faster, but it may not have as much momentum and may not go as far.

Another factor to consider is the type of wheels you use. Larger wheels will provide more surface area for the car to roll on, which can help it travel a longer distance. However, larger wheels may also be heavier and may require more energy to spin.

In addition to these factors, there are several other ways to optimize a mousetrap car for distance and speed. One way is to experiment with different gear ratios, which can affect the amount of torque (rotational force) applied to the wheels. You can also try using different materials for the body and frame to find the right balance of strength and weight.

Overall, building a mousetrap car is a fun and educational activity that can teach students about physics and engineering. By understanding the principles of energy transfer and optimization, students can create their own unique designs and compete to see whose car can go the farthest or the fastest.

Mouse Trap Car Report

mousetrap car report answers

You can design the mousetrap car so that you have the smaller drive wheels on one end which are suitable for the incline , and the larger drive wheels on the other end which are suitable for the flat surface. One end of a rope was glued on the extended mouse trap arm and the other end to the rear axle. Description of how we built, materials, showed relation the Newton's Laws. Then I was completely done except for one thing and that is the small metal bar on my mousetrap handle acting as lever, and one more thing I added after the lever was the ropes. In the first stages; Savanna came up with the starting idea for our car as well as the main points of our test plan. Finally, I hot glued everything to make sure that it stayed in place.

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Mousetrap Car Conceptual Physics Analysis And opportunities.alumdev.columbia.edu

mousetrap car report answers

First, our team gathered all of the necessary materials that we would need to construct the car. The wound spring has a ton of potential energy stored in it. Description of how we built, materials, showed relation the Newton's Laws. Graeber Honors Physics 9 12 January 2015 Mousetrap Car Conceptual Physics Analysis And Report We originally conceived a mousetrap so grand that it would make a Lamborghini look like a toy car molded out of melted crayons. Then I cut off 2 sides of the vehicle with a width of 1. There is no lower limit on how small the drive wheels must be. Seland went around and out a mouse trap on everyones desk.

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Mousetrap Car Lab Report

mousetrap car report answers

The two most important things related to this are:… Mousetrap Racer Report My Mousetrap vehicle turned out to be pretty good and in great working condition. Fishing line length was decided by hammers end point to a little bit more than drive axle. If they did that would result in a car that went backwards. That law relates to my project by saying my contraption will stay in motion till it hit the ground. To power the car, there must be a connection between the bar of the mousetrap and the axle of the car. Miscellaneous Physics page Real World Physics Problems home page report this ad. The Frog is the guardian of the stream that divides the unoriginal to the brave and is the sifter to all those who stray from the pack.

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Mousetrap car

mousetrap car report answers

It is fun though, and I learned from the experience when I did it for my third year design project. The lever arm is attached to the mousetrap with a piece of string to turn the axle; therefore, turning the wheels. The whole car then would be running on mechanical energy. The second advantage is that the car takes longer to gain speed accelerate which results in it traveling farther than a car that gains speed faster. It took me exactly 10 days to make my vehicle completely and with the help of Mr.

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Mousetrap Car Project

mousetrap car report answers

How a mousetrap car works? The second type is called the sliding friction which occurs in between the axles and the brackets. The car was also made out of balsa wood, which is very light. The body of the car was two pieces of wood that was attached by the mousetrap car sitting on top of both of the pieces of wood. At rest, when potential energy is at its lowest, the lever arm is leaning… Mousetrap Car Research Paper The Physics Behind The Mousetrap Powered Car With the mousetrap auto there are a few physical science rule that are occurring as the mousetrap vehicle is in movement. Then our mouse trap Potential danger presented by loose objects in a vehicle: Avoiding or reducing the effect of a collision.

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What is a mousetrap car?

mousetrap car report answers

One good way to improve are mouse trap car design would be to go bigger all together. I was more of a regular person at the time who cared nothing else except video games. The penny may have turned silver in color, but this was only because it was plated in the zinc that was added to the beaker of water in the experiment. You can use low friction bushings for the insertion holes in the frame into which the axles go. The course of the force on the primary object is differing to the direction of the force on the succeeding object. However, the quicker release of energy can cause the car to steer towards the right.

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Mousetrap Racer Report

mousetrap car report answers

I believe that my mousetrap car will generate enough energy to travel fifteen feet. If this copper penny really would have turned into silver, then the density of the penny would be 10. Then all you have to do is repeat the steps for the other dogs. In order for the spring to release all its energy, the spring force must be able to turn the drive wheels throughout the range of motion of the spring, as the car travels on the flat surface. Persuasive Essay On Electric Cars 723 Words 3 Pages Cars are the most important products in the modern lifestyle.

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Mousetrap Car Final Paper

mousetrap car report answers

Variables and Methods The variables controlled in this experiment were: wheel diameter, frame size, hammer length, axle length. For example, the movement of motor vehicles are explained by physics. When the trap is triggered, the spring pulls the rubber band or string on the axle causing the axle to spin fast, the wheels then spin too, and the car goes. The surface friction caused our car to stop. While they are trying to open the toy, take pictures. Like everyone my vehicle was also made of wooden pieces and mousetraps. Friction converts energy into heat and sound which takes away energy from your motion, causing the car to stop as its energy is turned into other forms.

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