Physics Projects for Teenagers - Charles's Quest

In summary, Charles is a teenager who is interested in studying physics in his spare time. His knowledge level is basic, but he excels in math. He has a passion for astrophysics and is open to any area as long as it is fun. Budget is not a concern for him. Some potential project ideas include studying variable stars with a telescope or participating in the Brooklyn Space Program, which involves attaching a video camera to a rocket.
  • #1
Cbray
134
0
Hi,
just wondering if I could get any physics projects I could do in my spare time.
I'm only a teenager but love studying phyiscs.

Kind regards,
Charles.
 
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  • #2
We don't know enough about you to suggest something. Like what your knowledge level is. How mechanically inclined you are. What kind of budget you have to work with. (If any). ETC. Do you have a specific area you would like a project in?
 
  • #3
My knowledge level of physics is basic since I'm in high school but I score in the top 1% in math in Australia.
Budget doesn't matter.
I have a passion for astrophysics, but that's probably out of this world since where I'm standing now in my understandings of physics. Any area matters, just it has to be fun ! :)
 
  • #4
Cbray said:
Budget doesn't matter.

Finance LISA, since NASA so heartlessly abandoned her :cry:
 
  • #5
Cbray said:
My knowledge level of physics is basic since I'm in high school but I score in the top 1% in math in Australia.
Budget doesn't matter.
I have a passion for astrophysics, but that's probably out of this world since where I'm standing now in my understandings of physics. Any area matters, just it has to be fun ! :)

Astrophysics huh? Do you own a telescope, or perhaps a good pair of binoculars? (Ones with wide diameter lenses on the end, and not too high of a magnification) You could study some of the variable stars or something. I havn't done too many science projects, so I can't really think of any good ones.
 
  • #6
look up the Brooklyn space program. Pretty easy in principle and somewhat low budget. the fun factor looks off the charts, especially if you attach a video camera as they did in the BSP. check the video!
 

FAQ: Physics Projects for Teenagers - Charles's Quest

What is "Charles's Quest" in the context of Physics Projects for Teenagers?

"Charles's Quest" is a physics project designed for teenagers to explore the principles of motion and gravity. It involves building a simple catapult and using it to launch a small object, such as a marshmallow or ping pong ball, to hit a target. The project is named after Sir Isaac Newton's famous experiment where he dropped an apple to study the effects of gravity.

What materials are needed for "Charles's Quest"?

The materials needed for "Charles's Quest" include popsicle sticks, rubber bands, a plastic spoon, a small object to launch, and a target. Optional materials include hot glue, paint, and markers for decorating the catapult. All of these materials can be easily found at a craft or hardware store.

What physics concepts are demonstrated in "Charles's Quest"?

"Charles's Quest" demonstrates the concepts of motion and gravity. By building and using the catapult, teenagers can observe how the force of launch affects the trajectory and distance of the object. They can also see how the force of gravity pulls the object back down to the ground.

How difficult is "Charles's Quest" to complete?

"Charles's Quest" is a beginner-level project that is suitable for teenagers with little to no experience in physics. The instructions are easy to follow and the materials are simple to work with. However, adult supervision may be needed when using hot glue or scissors.

What are some variations or extensions of "Charles's Quest"?

There are many ways to modify or extend "Charles's Quest" to make it more challenging or interesting. Some ideas include using different sizes or shapes of objects, experimenting with different angles or heights for the catapult, or adding obstacles for the object to go around. Teenagers can also try to calculate the trajectory of the object using physics equations or compare the results of their launch with different levels of force or angles.

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