I think thhat it just goes until it pops and i don't think it could even go that far!'
:)
I am not sure what you mean by 'depend' (please try and make your questions clear) but if you mean does the fact that a helium filled balloon will float (or rise) depend on gravity? Then the answer is Yes. if you were to take a helium filled balloon to the space station and release it inside, it would not rise, it would behave just the same as if you released a bunch of keys.
In space, a balloon would expand as the air inside expands due to the lack of external pressure. Eventually, the balloon would burst as the pressure inside becomes too great for the balloon material to contain.
It won't - at some time the balloon would burst or become the same density as the atmosphere, so stop rising. The above answer is correct. At about 110,000 feet or ~ 21+ miles (when the shuttle was well into the stratosphere) the balloon will burst. However to get the space shuttle into the stratosphere it would take 2,029,203,000 liters of helium and would cost approximately $ 146,102,616. Assumptions: Space shuttle weighs: 2,029,203 KG 1 Liter of helium can lift ~ 1 gram. Helium costs approximately 7.2 cents per gram. According to the NASA website it costs $450,000,000 to launch a shuttle. Maybe they should look into using helium to get them the first 20 miles.
Helium is a gas that comes from underground in the earth so you would have to dig and then catch it before it rises because helium rises fast
The space in our solar system is filled mostly with vacuum, meaning it is mostly empty of matter. There are some particles, such as gas and dust, but they are sparsely distributed. The solar system is defined by the gravitational influence of the Sun, which keeps the planets and other objects in orbit.
In space, a helium-filled balloon will expand further due to the lack of air pressure outside the balloon. Eventually, the balloon will burst because the pressure from the helium inside will exceed the pressure outside.
A balloon is filled with helium. Athough, it can be a chemical and physical change. For example you can take the helium out of the balloon, but you cant put it back in it now that its already in the air.
I am not sure what you mean by 'depend' (please try and make your questions clear) but if you mean does the fact that a helium filled balloon will float (or rise) depend on gravity? Then the answer is Yes. if you were to take a helium filled balloon to the space station and release it inside, it would not rise, it would behave just the same as if you released a bunch of keys.
The helium would take up the whole space of the classroom because it is a gas. A gas can expand as far as it likes because it has an indefinite shape and volume.
Matter is anything that has volume and occupies space. Helium (in balloon) is a gas and has both these properties. So. it is an example of matter.
I'd say radiation magnetism doesn't quite seem to fit nor electric consciousness is a possible maybe being thought therefore some electric conductivity of a kind yet that seems to suggest magnetism back to what is magnetism therefore suggestion is deemed persay-radiation. unsure to this minute about radiation. checking web for informative research.
bone marrow
No, air pressure increases as the balloon goes up, so the balloon will pop and fall to the ground. You can get high up in the atmosphere (but you need a LOT of helium and a balloon that can get VERY big) you will not reach "outer" space beyond the Earth's atmosphere.
volume decreases considering the pressure is constant
When helium is used to fill a balloon, it expands to fill the space inside the balloon due to its low density. The helium gas takes the shape of the balloon because it moves and distributes evenly throughout the balloon's interior.
That depends on how much air is in the balloon and how high the temperature gets. As the sun shines, it heats the air in the balloon. This causes the air to expand. This air pushes against the insides of the ballon making it swell up and stretch. If there is enough air in the balloon and the temperature increases to a high enough level, then the air pressure can get to high, it will cause the balloons skin to stretch to far and the balloon can pop.
Both a rock and a balloon have mass and volume. They both occupy space, although a rock is solid and a balloon is filled with gas.