Physics Project Lighting a Match

[vvicin01]

I need to create a Physics project that involves a 5 step process to light a match. I have the steps down but I am having trouble with successfully lighting a match. My original plan was to attach a match to a mouse trap and when the trap is released, the match would rub against the sanded surface next to it to ignite. However, it is too unpredictable and unstable. Is there a better way to ignite a match?

Thank you

 

[Chi Meson]

I'm guessing the the following is not allowed:

1. pick up match box
2. open match box
3. take out out match
4. hold match in one hand and box in the other
5. Quickly rub match head against the strike panel of the box.

That's what I'd do.

Other than that, if you worked at firmly holding the match in place on the mousetrap (glue, tape, etc) and nailed the strike panel in position, you'd have more predictable results. The sky is the limit for other options. Try a method that drops the match that is attached to a weight; when it hits the groud inertia could move it against the strike panel.

 

[thepatientmental]

for sharing your project idea with us. Lighting a match may seem like a simple task, but it actually involves several principles of physics such as friction, heat transfer, and energy conversion. It's great that you have already identified the necessary steps for your project, but it seems like you are facing some challenges with successfully lighting the match.

One suggestion would be to focus on controlling the amount of friction between the match and the sanded surface. This can be achieved by adjusting the angle and pressure at which the match rubs against the surface. You could also experiment with different types of sandpaper or even try using a different material altogether, such as a rougher surface like a brick or concrete.

Another approach could be to use a more controlled source of heat, such as a small flame or a heated wire, to ignite the match. This would eliminate the unpredictability of the mouse trap and provide a more consistent and reliable method.

Additionally, you could explore the use of chemical reactions to ignite the match. For example, you could create a small explosion using a mixture of potassium permanganate and glycerin, which would generate enough heat to ignite the match. However, this method may require extra safety precautions and supervision.

Ultimately, the key to successfully lighting a match in your project will be to carefully control and manipulate the various factors involved, such as friction, heat, and energy transfer. Keep experimenting and don't be afraid to try different approaches until you find one that works for you. Good luck with your project!