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fargoth
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I'd like a pair of them. Maybe it's cause I'm a guy.hypatia said:Wow, I want a Sphere of Water to play with!
zoobyshoe said:I'd like a pair of them. Maybe it's cause I'm a guy.
ice109 said:i don't really agree that that is demonstration of a standing wave
In space, water behaves differently than it does on Earth due to the lack of gravity. Without gravity, water does not have a downward pull, so it forms into a spherical shape. This is because the molecules are attracted to each other and create surface tension, which allows the water to hold its shape.
Yes, water can float in space without gravity. Due to the lack of gravity, water does not have a downward pull, so it forms into a spherical shape. This allows it to float in any direction and even stick to objects.
In microgravity, water behaves similarly to how it does in space without gravity. It forms into a spherical shape due to the lack of gravity and surface tension. However, in normal gravity, water tends to flow downwards due to the force of gravity.
Yes, water can freeze in space without gravity. In fact, water can freeze at lower temperatures in space due to the lack of pressure. Without gravity, the water molecules are not as tightly packed, allowing them to freeze at lower temperatures.
The behavior of water in space can have an impact on astronauts. For example, without gravity, it can be challenging for astronauts to drink water from a cup or bottle. The water may float out of the container or stick to the astronaut's face. Additionally, water droplets can be hazardous if they get into the eyes or equipment. Therefore, astronauts must take extra precautions when working with water in space.