eTwinning biology muscles 3WETc
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1) The document describes an experiment measuring muscle force standing up versus lying down. Students measured their weight standing and then pushing against a wall-mounted scale while lying on their backs. 2) The results showed students could exert less force on the scale when lying down compared to standing. One student pushed with 7kg of force lying down versus 55kg standing. 3) The conclusion is that it is more difficult to exert force while lying down due to muscles being used less in that position. The explanation discusses how astronauts' muscles atrophy in space due to less gravity usage.
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Executive Directors Chat Leveraging AI for Diversity, Equity, and Inclusion
eTwinning biology muscles 3WETc
- 1. BIOLOGY – MUSCLES Project eTwinning
- 2. MEMBERS OF THE GROUP Adrienne Leleu Pieter Verhelst Lisa Boari
- 3. Operation of the experiment 1) Measure your mass standing straight up a scale.
- 4. Operation of the experiment 2) Put the scale vertical against the wall, lie down on your back with your feet against the scale and push your legs against the scale.
- 5. 3) Describe the difference (you feel) in your legs standing up or lying down
- 6. The results1) 55 kg 2) 7kg 3) When you lie down, you can put less force on the scale than if you stand on it 1) 81,6 kg 2) 7kg 3) When you lie down, you don’t feel the same weight than you stand up.
- 7. Conclusion Based on the results, we can conclude that it’s more difficult to exert a force while lying down.
- 8. Explanation During their stay in space astronauts have to use their muscles less cause there’s less gravity. This causes atrophy of the muscles, When they arrive back on earth the amount of muscle is so small they can’t stand up very well.
- 9. MADE BY ADRIENNE LELEU, LISA BOARI AND PIETER VERHELST. WE HOPE YOU ALL ENJOYED IT!