mousetrap car tips for distance

Mousetrap Car- Distance. To adapt your mousetrap car for distance use large light wheels for less friction and greater inertia.


How To Build A Mousetrap Car For Distance Tonya Staab

How to Build a Mousetrap Car for Distance Use Large Rear Wheels.

. Use the longest lever available to. All the components of the mousetrap car must weigh as little as possible while being strong enough for use in the car. The run time begins as soon as the mousetrap is actuated and is measured until the Mousetrap Vehicle stops completely for 3 seconds.

In some images there is a rubber tire on the axle this acts as a gear and reduces string slippage. Good traction in rear wheels. One way to adapt the size of the axle is to wrap tape around the center of the axle where it does not come into contact.

Long Distance Mousetrap Car. To maximize the distance traveled on a flat surface the friction internal and external and the weight of the car must be kept as small as possible. Largest fraction for mechanical advantage.

Long Distance Mousetrap Car Step 1. From these calculations it can be easily seen that the amount of force available rapidly diminishes. Using the wood glue.

When building a mousetrap car for distance the goal is to convert as much of the mouse traps starting energy into displace of the vehicle over the greatest linear distance. Smallest fraction for mechanical advantage. With long-distance mousetrap cars use wheels that have as little rotational inertia as possible.

Professor Davis puts chemistry aside in favor of a physics and engineering assignment as he explains the prototype design that he and his daughter built for. For a mousetrap car that will go a long distance the lever arm needs to be longer to pull more line that is wrapped around the driving axle. Mousetrap Car Tips.

How do you increase the distance on a mousetrap car. Many mousetrap car building guides identify the axle as the primary source of friction on a mousetrap car. If the cup tips over during the run then measurement is made from where the cup comes to rest.

How to adapt a mousetrap car for distance. Long Distance Mousetrap Car. Also releasing the energy steadily as the car moves without over spinning the wheels so they lose speed.

How to Build a Mousetrap Car for Distance Use Large Rear Wheels. Conversely a mousetrap racer built for distance should have a smaller axle and a larger driving wheel. Consequently when you assemble a mouse trap the spring is.

Make sure that the trap is not too close to the drive axle or the wheels will spring. A penalty of 250 points is given for teams with incomplete practice logs. For increasing the distance the car can travel can be done by replacing the string which pulls the axle with the help of a rubber band.

Try several trap placements until you find the right one. Then place the two pieces of cardboard on top of each other and tape the edges together to make one double thick piece of cardboard. Take a mousetrap and remove the pieces that make up the release trigger bait holder and wire bail see picture.

This can be accomplished by removing unnecessary material such as by drilling. For example old CDs make great wheels to increase distance. Glue the mousetrap in place towards the front on the topside of the car with hot glue.

If your car is a rear-wheel drive car set the wheels on a narrow rear. Because large wheels have a greater rotational inertia theyre harder to stop rolling once they. Understand that the ultimate goal is for the car to travel 5 meters 161 ft.

Here are a few other things to consider when creating a mousetrap car for speed and distance. The cars physics are all about mechanical advantage the. Rober visits his friend the world record holder for mouse trap car distance to find out how he does it.

The front is where the metal trap is and the back side. Largest fraction for mechanical advantage. Specifically this means that.

Here is the list of items I used to build my car with the quantities in parentheses. Tip 1 Increase the Pulling Force Move the mousetrap closer to the drive axle. Traction is your best friend for long distance racing.

Adding a larger drive hub can improve pulling power. Glue two mouse traps together. This car is powered by a helical torsion spring attached to a mouse trap.

To maximize distance of the car the main area of focus is the ratio of the lever length to the axle and wheel diameter. Experiment to find the correct amount of. The more slippery the wheels are the more.

Use two or three 4 zip ties to secure the ¼ inch dowel to the snap arm and reinforce with tape or hot glue. The starting potential energy of the mouse trap will be needed to overcome. All the components of the mousetrap car must weigh as little as possible while being strong enough for use in the car.

Increase the size of the axle.


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