WebJun 1, 2008 · NASA Vacuum Chamber: Exploding Marshmallow Dnmonkeyman 16 subscribers Subscribe 35K views 14 years ago This was a demonstration of what would happen to a marshmallow in … WebIn a vacuum, a marshmallow becomes A) larger. B) smaller. C) does not change. 6) Why will a helium-filled balloon rise in air while an air-filled balloon sinks? Answer: Both balloons displace air and have a buoyant force that depends on their volumes. If buoyancy were the only force acting, they both would rise, but there's weight.
I3-42. Boyled Marshmallows Physics Lab Demo
WebA marshmallow in a vacuum becomes A. smaller B. larger C. does not change. B. larger. The air in your cousin's room has A. weight B. energy C. mass D. all of the above E. none of the … WebA marshmallow is placed in a bell jar. As the air is pumped out of the jar the pressure inside becomes smaller and the little bubbles of air in the marshmallow increase in size, inflating the marshmallow. Eventually … fishy fins
NASA Vacuum Chamber: Exploding Marshmallow - YouTube
WebQuestion: In a vacuum a marshmallow becomes O A) larger OB) smaller OC) flat OD) a hollow shell. E) none of the above choices Question 2 (3 points) Saved At a high altitude … WebIf the marshmallows were in a bag and he poked a hole in it or something, he could suck all the air out then when he releases the vacuum it would definitely stamp it flat. It's just that the marshmallows on their own absorb the air back into them pretty quickly, so there isn't much driving pressure to squish them flat. Web2. Connect the vacuum chamber to the vacuum pump with heavy-walled vacuum tubing. 3. Turn on the vacuum pump to evacuate the chamber. 4. Watch as the marshmallow figure becomes larger and larger. 5. When the chamber is fully evacuated and the figure is as large as it will get, allow air back into the chamber before turn-ing off the pump. fishy finds