YEAR 12 Astrophysics EEI HELP Please?

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SUMMARY

The discussion centers on a Year 12 student's Extended Experimental Investigation (EEI) in astrophysics, focusing on photographing the moon and analyzing crater patterns using a flour and cocoa mixture. The student is struggling to effectively propel objects into the mixture to observe the resulting patterns. Suggestions from forum members include using a larger container, dropping heavier objects, and applying conservation of momentum and energy principles to enhance the experiment's effectiveness.

PREREQUISITES
  • Understanding of basic astrophysics concepts
  • Familiarity with gravitational laws
  • Knowledge of conservation of momentum and energy
  • Experience with experimental design and data collection
NEXT STEPS
  • Research methods for propelling objects in experiments
  • Explore the principles of conservation of momentum and energy in collisions
  • Investigate the effects of different materials on impact patterns
  • Learn about experimental design in astrophysics
USEFUL FOR

This discussion is beneficial for Year 12 students undertaking physics projects, educators guiding students in experimental design, and anyone interested in practical applications of astrophysics concepts.

Razza
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YEAR 12 Astrophysics EEI HELP! Please?

Homework Statement



Hello :)

I'm a year 12 student working on my EEI (Extended Experimental Investigation) which is about astrophysics. We are allowed to pick any topic, however we were given some ideas:

Sunspots
History of Measurement
Parachutes (Falling mass)

I've lost my assignment sheet so I can't remember the others but basically our teacher is hosting an astronomy night and we are able to take photos of anything in space we want, in Australia here. The topic is negotiatable, as we have to design our own experiment to conduct, so it can be anything to do with astrophysics or gravity. Anything even slightly relatable to space.

I picked to take photos of the moon and observe the craters, and conduct an experiment using a thick layer of flour, with a thin layer of cocoa, all in a baking tray, and (somehow) propelling malteasers into the mixture at different angles and speeds, and observe the pattern left behind. However I'm finding it increasingly difficult to propel anything into the mixture.

I have set up a cylindrical cardboard roll about 30cm/12 inches long, in between the knife holders in the kitchen which holds it quite sturdy, (dont laugh :smile:) but I don't know how to accelerate the object, maybe I'm better looking for a new topic? I've tried a sling shot its not (:rolleyes:) working too well. Tried to sling it down the roll, which then lands it into the flour mixture, creating the pattern. It's all well in theory but trying to find household objects to help is hard. It's quite funny, however I'm running out of time with my assignment. It's due the end of May! :cry:

Homework Equations



Any gravitational laws, any rules/laws relating to this..

The Attempt at a Solution



I did have an idea to work with black holes but as there are no solid facts about them, and its all theory, there is no experiment I can conduct... Hmmm... I also thought of somehow using Hubble's Constant, but perhaps it would be too hard for my experience level?

I love physics, I find the whole concept fascinating, however I'm hardly the brightest in my class. I need an idea that I can understand, ie not too many complicated equations etc, however I need a good mark to pass for the semester.

Thank you to anyone who tries to help, or reads this. I really do appreciate it.:redface::smile::biggrin:
 
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Razza: sounds like an awesome project! You should stick with this one (i think).
Some advice:
Don't use just a baking tray - use something bigger, and deeper. Take it outside, and throw rocks at it or drop them from heights. Maybe even videotape it closeup?
They two different materials (cocoa and flour) idea is great too; maybe even use 4?

You can also use conservation of momentum/energy to make some calculations on how much energy can be released/transfered in asteroid collisions.
 
Thank you! :approve:

Actually, that just gave me an idea; that's exactly right the malteasers are waaaay too light to work with, theyre hardly leaving an imprint.

I'll try that now actually.

Thank you lzkelley!:smile:
 

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