Meteorite science-fair and school projects
Thirty science-fair and school project ideas about meteorites, meteors and craters, sorted by age. Each one starts from a real question and gives a safe method, the equipment, what to measure, how to present it and a way to take it further. All of them use everyday or school equipment, and none involves cutting, heating or putting acid on a meteorite.
Ground rules for every project
- An adult checks every plan before you start, and helps with anything sharp, hot, heavy or high up.
- Never taste, cut, heat, crush or put acid on a rock or meteorite. Wash your hands after handling rocks, soil or dust.
- Never look at the Sun, with or without binoculars, a telescope or sunglasses.
- Night-time observing is always done with an adult, in warm clothes, somewhere dark and away from roads, water and cliff edges.
- Ask permission before going on anyone's land, and never collect from parks, nature reserves or protected sites.
- Write down what you did, what you measured and what went wrong: honest results are good science, even if they are not what you expected.
Ages 5 to 7 Key Stage 1 · 6 projects
Which things does a magnet pick up?
Which objects and rocks stick to a magnet, and could a magnet help us find a meteorite?
Ages 5 to 7 · 1 hourDoes a bigger ball make a bigger crater?
When we drop balls of different sizes into flour, which makes the biggest crater?
Ages 5 to 7 · One evening, 20 to 30 minutes outsideHow many shooting stars can we count?
How many shooting stars can my family see in 20 minutes on a meteor shower night?
Ages 5 to 7 · Four weeks, a few minutes each eveningA Moon diary
How does the shape of the Moon change over a month, and where can we see its craters?
Ages 5 to 7 · 45 minutesHeavy for its size
Which is heavier: things made of metal, rock, wood or plastic, if they are all the same size?
Ages 5 to 7 · Two or three short sessionsMake a space rock museum
How can we sort a collection of pebbles, and what would a museum label for a real meteorite say?
Ages 7 to 11 Key Stage 2 · 9 projects
Does drop height change the size of a crater?
How does the height a ball is dropped from affect the width of the crater it makes?
Ages 7 to 11 · 1 to 2 hoursDoes a slanting impact make an oval crater?
How does the angle a ball hits the sand at change the shape of the crater and where the ejecta lands?
Ages 7 to 11 · 1 to 2 hoursWhat slows a falling object down?
How does the size of a paper parachute affect the time it takes to fall?
Ages 7 to 11 · A week to collect, 2 hours to searchHunting for space dust
Can we find tiny magnetic spheres in rainwater or roof dust, and how can we tell whether any might be from space?
Ages 7 to 11 · 1 to 2 weeksThe rust race
What makes iron rust fastest, and how should museums store iron meteorites?
Ages 7 to 11 · Two nights, 30 minutes eachAre more meteors seen after midnight?
Do we see more meteors in the early morning than in the evening?
Ages 7 to 11 · 1 to 2 hoursWhich material makes the best heat shield?
Which wrapping keeps an ice cube from melting the longest?
Ages 7 to 11 · 2 to 4 hoursA map of the meteorites of Britain and Ireland
Where in Britain and Ireland have meteorites fallen or been found, and is there a pattern?
Ages 7 to 11 · 1 to 2 hoursTest a rock like a meteorite hunter
Which simple tests best tell an ordinary rock from a meteorite?
Ages 11 to 14 Key Stage 3 · 8 projects
Measuring the density of rocks and metals
How does the density of an iron object compare with that of ordinary rocks, and could density identify a meteorite?
Ages 11 to 14 · 1 to 2 hoursHow far does ejecta fly?
How does the energy of an impact affect how far the ejecta is thrown?
Ages 11 to 14 · 1 to 2 weeksDoes temperature change crystal size?
Do alum crystals grow bigger when the solution cools slowly or quickly?
Ages 11 to 14 · 1 to 2 hoursHow far away was the fireball?
Can we measure the speed of sound, and use it to work out how far away a fireball's sonic boom came from?
Ages 11 to 14 · Three or more nightsMeasuring a meteor shower
How does the rate of a meteor shower change from night to night around its peak?
Ages 11 to 14 · 1 to 2 weeksWhich rocks break up fastest in freeze and thaw?
Do permeable rocks lose more mass than impermeable ones when they are soaked and frozen again and again?
Ages 11 to 14 · 2 hoursPinpointing a fireball from two places
How accurately can two observers find the position of a distant object using only compass bearings?
Ages 11 to 14 · 1 to 2 hoursHow magnetic is it? Measuring magnetic pull with a compass
Can the distance at which a sample deflects a compass needle rank rocks and metals by how much magnetic material they contain?
Ages 14 to 18 GCSE, A-level and extended projects · 7 projects
Testing a scaling law: crater diameter and impact energy
How does the diameter of a crater in sand depend on impact energy, and does it follow a power law?
Ages 14 to 18 · 2 to 3 hoursTerminal velocity by video analysis
How does terminal velocity depend on the mass of a falling object, and is drag proportional to speed or to speed squared?
Ages 14 to 18 · 1 to 2 hoursModelling half-life with dice
Does a random process produce a predictable half-life, and how does sample size affect how well the model fits?
Ages 14 to 18 · 2 to 4 weeksHow humidity controls rusting
How does relative humidity affect the rate at which iron corrodes, and what humidity should iron meteorites be stored at?
Ages 14 to 18 · 2 hours plus observingMaking a spectroscope: why meteors have colours
Can a homemade spectroscope separate the colours from different lamps, and what do the colours of meteors tell us?
Ages 14 to 18 · 4 to 8 hoursAre more meteorites falling, or are we just better at noticing?
How has the number of recorded meteorite falls per decade changed over the last 200 years, and what explains the pattern?
Ages 14 to 18 · 2 to 3 hoursModelling the DART impact with trolleys
How does throwing material backwards in a collision increase the push given to the target?
Turning a project into a good investigation
- Start with a question you can answer by measuring something, and write down your prediction and the reason for it before you begin.
- Change one thing at a time and keep everything else the same, and say what you kept the same.
- Repeat each measurement, take an average, and say how much your repeats varied.
- Choose the right graph: a bar chart for separate groups, a line graph when both things are measured in numbers.
- Explain the pattern with science, say what went wrong and what you would improve, and suggest the next question.