Drinking juice through a straw on the Moon would be quite different from on Earth due to the Moon's low gravity. While the straw could still function, the juice wouldn't flow naturally as it does on Earth. Instead, you would need to create suction to pull the liquid into the straw, and the lack of gravity would make it harder to control the liquid, which could float away. So, while it's technically possible, it would be a challenging experience!
No, unless the moon suddenly gained an atmosphere and grew oxygen out of no where, unless that happened that would be an impossible feat. (The oxygen would only be required to breathe. Ignoring that requirement, any atmospheric pressure would suffice.) Liquid is never "sucked" through straw into your mouth, instead it is pushed by the atmospheric pressure. Without an atmosphere pushing on the liquid in the cup, nothing would ever move. (Actually, quite the opposite would happen if you had any air in your mouth to begin with: the air would blast out of your mouth into the straw and spray the liquid everywhere all over the Moon.) If, however, you were in the lunar module drinking through a straw would be easier than on Earth. Astronauts perform a similar feat all the time, even in a weightless environment orbiting the earth.
drink containers
The same motion a ball would do on earth. Theoretically, it would go much further on the moon, but the astronauts who threw things on the moon were restricted by their pressure suits. They couldn't reach back and throw anything. They had to fling it like a discus. Had they been able to throw overhanded, it would have gone a lot further.
You assume that things that happened repeatedly in a certain way in the past will happen the same way under the same conditions in the future. If you throw a ball up in the air 500 times and it comes down 500 times, you then predict that if you throw a piano into the air it will come down as well. If you throw a helium balloon up in the air for the first time, you might predict it will also come down. When it does not, this means the theory must be rejected or changed to explain what is different this time. If you have a hydrogen balloon and throw it into the air, you might predict that since your helium balloon did not come down and hydrogen is more similar to helium than it is to a piano, then the hydrogen balloon will keep going as well.
Jupiter was the king of the Roman gods, associated with thunder and lightning. He was also considered the god of the sky, weather, and justice. Jupiter's skill and ability lie in his power to rule over the heavens and exert control over natural phenomena.
no
No, dogs can't drink from a straw. They don't have lips and they can't make a seal around a straw to create suction.
put your mouth on the straw and suck it with your mouth
Because he creates lower air pressure in his mouth compared to the atmospheric pressure - thus the liquid is pushed through the straw as a result of pressure difference.
When you try to drink through a straw in a sealed container, you create a vacuum within the container. The vacuum prevents the liquid from being able to flow through the straw because there is no air pressure to push it up. Essentially, the lack of air pressure inside the sealed container makes it impossible for the liquid to move up the straw.
no because you wouldn't be able to go inside the cactus
any, as long as its getting you drunk. just do not get too drunk because you wil not be able to function properly.
No, as there is no atmosphere on the Moon drinking juice from a straw will not work for the following reasons.the water in the juice will boil away in a few seconds due to the depressed boiling point of water.the second law of thermodynamics will disperse the evaporated water radially so no coherent fluid can existwith no external air pressure the process of sucking will produce no negative pressure gradient for the water to follow.the astronaut will not be able to insert the straw into his pressure sealed space suit to attempt to apply a sucking maneuver. Attempting such is ridiculous anyways as the zero pressure of space and would just result in him getting sucked out of his/her space suit.Oranges don't grow on the moon so there is no Orange Juice to be had.Retail stores don't (as yet) exist on the moon so there is no possible way for orange juice to be retailed for foolish astronauts to attempt drinking it. (Or any juice for that matter. The question wasn't specific.)Anita Bryant doesn't live on the Moon so no one would know about orange juice and its virtues to want to attempt such a thing.There is currently an orange juice embargo against the Moon so no orange juice can be imported for anybody to attempt drinking it there. (Tang doesn't count as orange juice.)Yes, if all the aforementioned problems are curtailed (such as smuggling a juice fruit contained up to the Moon in a pressured space suit. Then the astronaut inside the space suit could suck up the orange juice perfectly well. Anita would have to tell him/her it was there of course.)
Just stab it with it. if it is not an extremely weak straw or an extremely firm apple, it should go into it. whether you'll be able to drink anything or not, I don't think so. I'd try it with an orange or other citrus fruit. would be easier to get juice out of :) EDIT: If you hold your thumb over one end of the straw, being careful to ensure a seal, when you push the straw against the apples skin, you will have formed a seal at both ends of the straw. As such the air in the straw is trapped. In order for the straw to deform (as it would tend to do by buckling, folding or bending when you try to force it into the apple) it must now compress the air in the straw rather than simply forcing it out of the open hole at the top. This is significantly more difficult, as the compressed air pushes back against the internal walls of the straw. This therefore means that a larger force would be required to compress the air and cause the straw to bend or buckle. In other words the straw is now stiffer / more rigid than it was. As more force can now be applied to the straw before it will deform, it is more likely to pierce the apple.
A 3 year old should be able to drink from a regular glass or cup. A sippy cup or a cup with a lid and straw could be used in certain instances where you do not want the liquid to be spilled.
No. The action of a drinking through a straw is that you suck the air out of the straw, and the air pressure on the outside of the cup them pushes the liquid up the straw. If there were no air pressure on the surface of the liquid, then there wouldn't be anything to cause the liquid to rise. However; 1. If there were no air pressure, the liquid would boil and vaporize; there wouldn't be any liquid to drink. 2. In weightlessness, you can't suck water through a straw even IN atmosphere; the liquid forms globules under the influence of its own surface tension. On the Space Station, the astronauts drink from sealed bulbs; sort of like juice pouches. You squeeze the pouch to push the liquid into your mouth.
allot because some people in Australia a really poor so they don't have anoghth money to buy a drink with alcohol in it and they charge people to get in some times in Australia to go to a pub so they wouldn't be able to get in for a drink with alcohol so they just have to buy juice and water.