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forces

28 May 2021

How evolution engineered nature’s underwater acrobats

by Jennifer Chalmers | posted in: Biological Sciences, Physical Sciences, STEM In Action | 0
Swim like a sea lion, splash like a seal. This fascinating article discusses how biology and engineering have come together to learn about the evolution of seals. It is best suited to students in Years 4, 5, 7 and 10 … Continued
3D modelling, ACSHE061, ACSHE062, ACSHE081, ACSHE083, ACSHE119, ACSHE120, ACSHE121, ACSHE191, ACSHE192, ACSHE223, ACSHE230, ACSSU043, ACSSU076, ACSSU117, ACSSU185, Antarctic leopard seals, are seals fast in the water?, are seals fast?, bio-inspiration, bioinspiration, Biological Science, Biology, biology and tech, biomimetics, biomimicry, biotech, biotechnology, computer simulations, Design, Design and Technology, design from nature, Engineering a seal, engineering in nature, evolution of flippers, evolution of seals, fluid dynamics, forces, Forces and Motion, friction, fur seals, Grey seals, how do animals reduce friction?, how do seals swim?, how fast do seals swim?, moving through water, nature in design, New Zealand fur seal, otariids, phocids, Physical Sciences, Physics, reducing friction, sea lions, streamlined, streamlining, technology, technology careers, technology in nature, true seals, Year 10, Year 4, Year 5, Year 7
27 May 2021

Where do meteorites come from?

by Jennifer Chalmers | posted in: Earth & Space Sciences, Physical Sciences, STEM In Action | 0
We tracked hundreds of fireballs streaking through the sky to find out where meteorites started their journey. This resource is best suited to students in Years 5, 7 and 10 who are learning about the Solar System, space exploration, forces … Continued
ACSHE081, ACSHE119, ACSHE191, ACSHE192, ACSHE223, ACSSU078, ACSSU117, ACSSU188, asteroid, Comet, Desert Fireball Network, do meteors burn up, Earth and Space Sciences, exploring space, find meteorites, fireball, fireball in the sky, forces, friction, gravity, meteor, Meteorite, our solar system, Physical Sciences, Physics, shooting stars, Solar System, Space physics, space rocks, space rocks on Earth, space science, what are asteroids made of?, what are comets made of?, what is a meteorite?, what is the difference between a meteor and meteorite, where do meteorites come from?, Year 10, Year 5, Year 7
20 May 2021

Blood droplets travel in all directions in crime scenes

by Jennifer Chalmers | posted in: Chemical Sciences, Physical Sciences, STEM In Action | 0
New analysis examines the physics of blood from close-range gunshot wounds. This resource is best suited to students in Years 7, 8 and 9 who are learning about forces and particles. The article shows an application of Physics and Chemistry … Continued
ACSHE119, ACSHE120, ACSHE121, ACSHE134, ACSHE135, ACSHE136, ACSHE157, ACSHE158, ACSHE160, ACSHE223, ACSHE226, ACSHE228, ACSSU117, ACSSU151, ACSSU182, blood droplets, blood pattern analysis, blood splatter, bloodstain, BPA, careers in chemistry, careers in physics, Chemical Science, Chemical Sciences, Chemistry, crime scene, crime scene investigation, crime scene science, fluid dynamics, forces, forensic pathologist, forensic science, forensic scientist, forensic technique, Forensics, forensics for schools, forensics in schools, friction, modelling, physical science, Physics, physics in action, physics of crime scenes, using science to solve crimes, vortex ring, Year 7, Year 8, Year 9
14 May 2021

The right shoes help athletes run faster

by Jennifer Chalmers | posted in: Biological Sciences, Physical Sciences, STEM In Action | 0
New shoe technology can drop marathon times by 2 minutes. Learn how STEM can help athletes in this resource for Year 7-10 students. The article describes how researchers have investigated the technology in running shoes to understand why athletes are … Continued
ACSHE061, ACSHE119, ACSHE120, ACSHE121, ACSHE191, ACSHE192, ACSHE194, ACSHE223, ACSHE230, ACSSU076, ACSSU117, ACSSU185, ACSSU229, applications of friction, Biological Science, Biology, biology and tech, decreasing friction, Design and Technology, design of Nike Vaporfly, designing shoes, engineering runners, engineering running shoes, examples of friction, forces, Forces and Motion, friction, friction experiment, friction in shoes, frictional forces, increasing friction, investigating friction, learning about friction, Nike Vaporfly, Physical Sciences, Physics, reducing friction, running shoes, shoe design, streamlined, streamlining, technology, technology careers, technology in runners, technology in running shoes, technology in shoes, ways to reduce friction, Year 10, Year 4, Year 7
30 Apr 2021

Ten things to take on your next trip to space

by Jennifer Chalmers | posted in: Biological Sciences, Earth & Space Sciences, Physical Sciences, STEM In Action | 0
What do you need to make life aboard the ISS bearable – even pleasant? Learn how scientists are applying their understanding of Earth and Space, Physics and Biology to plan each trip to space in this resource for Year 5, … Continued
ACSHE081, ACSHE083, ACSHE119, ACSHE120, ACSHE121, ACSHE134, ACSHE135, ACSHE136, ACSHE191, ACSHE192, ACSHE194, ACSHE223, ACSHE226, ACSHE230, ACSSU078, ACSSU117, ACSSU150, ACSSU229, Are there toilets on the ISS?, are there windows on the ISS?, Astronomy, Biological Science, Biology, boomerangs in space, can you use a pen in space?, earth and space, earth and space science, Earth and Space Sciences, forces, How do astronauts go to the toilet?, How do astronauts pee?, How do you go to the toilet in space?, how do you stay clean on the ISS?, how do you wash in space?, how is the body affected in space?, how is the body impacted in space?, International Space Station, is there a boomerang in space?, ISS, physical science, Physics, pressure, taking a boomerang to space, Teacher resource, The Body, What are the toilets like on the ISS?, what do astronauts pack?, what do you need in space, what to take on a trip to space, what to take to space, Why are there windows on the ISS?, Why don't astronauts wear shoes?, why not wear shoes on the ISS?, Year 10, Year 5, Year 7, Year 8
12 Mar 2021

How a baby T-Rex bites

by Jennifer Chalmers | posted in: Biological Sciences, Physical Sciences, STEM In Action | 0
Researchers use 3D modelling to examine the jaws of different-sized tyrannosaurs. This resource is best suited to Biology and Physics students in Years 4, 7 and 10 who are learning about adaptations or forces and are interested in dinosaurs like … Continued
3D modelling, ACSHE081, ACSHE083, ACSHE119, ACSHE121, ACSHE191, ACSHE192, ACSHE194, ACSHE223, ACSSU043, ACSSU117, ACSSU229, adaptation, adaptations, animal adaptations, animal evolution, animal fossils, application of 3D modelling, Are dinosaurs real?, Australian fossil, baby dinosaur, baby T-rex, Biological Science, Biology, careers, careers in science, classification of dinosaurs, did dinosaurs eat meat?, dinosaur bite force, dinosaur bones, dinosaur food chain, dinosaur jaw strength, dinosaur research, dinosaur science, force of a bite, force of crocodile bite, forces, fossil, fossil data, fossil evidence, fossils, how do we know about dinosaurs?, How strong was a dinosaurs bite?, jaw strength, learning from fossils, modelling, Palaeontology, pressure, species adaptations, specific adaptation, specific adaptations, strength of dinosaur bite, strength of T-rex bite, student resource, T-Rex, T-Rexes, teaching about dinosaurs, Tyrannosaur, Tyrannosaurus rex, using 3D modelling, what did dinosaurs eat, what do we learn from fossils, what to learn from fossils, Year 10, Year 5, Year 7
1 Mar 2021

Hold on, that’s why we have fingerprints

by Jennifer Chalmers | posted in: Biological Sciences, Physical Sciences, STEM In Action | 0
Researchers explore the ridges of our fingerprints, wet and dry. This resource is best suited to Year 4 Physics students who are learning about friction and Year 5 Biology students learning about specific adaptations. Word Count: 400 Credit: John M … Continued
ACSHE061, ACSHE081, ACSHE083, ACSSU043, ACSSU076, adaptations, animal adaptations, applications of friction, Australian school resources, Biology, biology and physics, careers in physics, decreasing friction, do all animals have fingerprints?, does everyone have fingerprints?, evolution of fingerprints, forces, friction, friction on our skin, getting a grip, how do we grip?, increasing friction, is there a purpose to fingerprints?, learning about friction, physical science, Physical Sciences, Physics, physics and biology, physics research, science investigation, science research, species adaptations, specific adaptation, specific adaptations, what are fingerprints?, what is the point in fingerprints?, why do we have fingerprints?, Year 4, Year 5
23 Feb 2021

Power Hiking Backpack

by Jennifer Chalmers | posted in: Physical Sciences, STEM In Action | 0
Researchers have developed a backpack that will share the load. This short article describes an innovative new technology that could assist athletes, explorers and disaster rescuers. The resource is best suited to Year 8 and 10 Physics students learning about … Continued
ACS Nano, ACSHE135, ACSHE136, ACSHE192, ACSHE194, ACSHE226, ACSHE230, ACSSU155, ACSSU190, ACSSU229, advancing tech, backpack, careers in tech, careers in technology, energy, energy efficiency, energy transfer, forces, future tech, future technology, generating electricity, hands-free, innovative tech, innovative technology, mechanical energy, nanotech, Nanotechnology, new tech, new technology, physical science, Physics, smart tech, smart technology, tech, tech and maths, technological advancements, technology, technology careers, the future of technology, the future of wearable tech, the future of wearable technology, Wearable tech, Year 10, Year 8
17 Feb 2021

Snakey sine waves

by Jennifer Chalmers | posted in: Biological Sciences, Physical Sciences, STEM In Action | 0
The physics of sidewinder snake movement. This article is best suited to Year 9 Physics students to combine an understanding of Physics and Biology. It looks at how specific snakes have adaptations that allow them to move in the motion … Continued
ACSHE157, ACSHE158, ACSHE160, ACSHE228, ACSSU182, animal adaptations, applications of friction, applications of maths, applying maths, atomic-force microscope, atomic-force microscopy, Australian school resources, behaviour of waves, biology and maths, careers in physics, decreasing friction, drawing waves, forces, friction, how do snakes move?, increasing friction, longitudinal waves, math model, math modelling, mathematical modeling, maths, motion of waves, physical science, Physical Sciences, Physics, physics and biology, physics research, sidewinder snake, sine waves, slithering snake, snake belly, snake motion, snake movement, snakes, snakeskin, specific adaptations, technology, waves, what is snakeskin like?, Year 9, Year 9 waves
7 Dec 2020

So, why a cone-shaped meteorite?

by Deborah Devis | posted in: Physical Sciences, STEM In Action | 0
It’s just the physics of flight, mathematicians suggest. This short article discusses why a meteorite is often cone-shaped by looking at how the forces and energy they experience shape them. It is suitable for Year 7, 8 and 10 Physics … Continued
ACSHE119, ACSHE120, ACSHE121, ACSHE134, ACSHE135, ACSHE136, ACSHE191, ACSHE192, ACSHE194, ACSHE223, ACSHE226, ACSHE230, ACSSU117, ACSSU155, ACSSU229, aerodynamics, DO meteorites change shape?, forces, foreces, friction, gravity, Heat energy, How do meteorites fall to earth?, mathematical modelling, meteor, Meteorite, meteoroids, Newton, Newtons law of motion, Physics, physics research, physics resources, Revolutions in modern physics, science research, science researchers, Teacher resource, what are meteorites?, What do meteorites look like?, what happens to meteorites in the atmosphere?, What happens when meteorites fall?, what is a meteorite?, what shape are meteorites>, what shape is a meteorite?, Year 10, Year 7, Year 8

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