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A highly charged child's balloon is not dangerous because the amount of charge stored in the balloon is very small and will not cause harm to the child or others. The charge is also likely to dissipate quickly due to the balloon's conductive properties and the surrounding environment.
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What would happen if you were to fill a balloon with oxygen?
Filling a balloon with pure oxygen can be dangerous as oxygen accelerates combustion. It can create a highly flammable environment, increasing the risk of fire or explosion. It is not recommended to fill balloons with pure oxygen.
What is yellow and highly dangerous?
Yellowcake uranium is a highly dangerous radioactive material used in the production of nuclear weapons and energy. It can pose serious health and environmental risks if not handled properly.
Why does Helium pump up a balloon?
Helium is lighter than air, so when it is pumped into a balloon, it displaces the heavier air inside the balloon. This creates a lower density gas mixture inside the balloon, causing it to rise and float in the air.
What type of magma is most dangerous?
Well, lava and magma can be very very dangerous! Lava is something that you can die in. And magma is still lava. They both can be very dangerous! So I would say it is 90% dangerous.
Why is pure nitroglycerine highly dangerous?
Pure nitroglycerine is highly dangerous because it is extremely sensitive to heat, shock, or friction, making it prone to accidental detonation. Even slight disturbances can cause it to explode violently, making it very unstable to handle and transport. This volatility is why nitroglycerine is often mixed with other substances to create more stable explosives, such as dynamite.
What would happen if you were to fill a balloon with oxygen?
Filling a balloon with pure oxygen can be dangerous as oxygen accelerates combustion. It can create a highly flammable environment, increasing the risk of fire or explosion. It is not recommended to fill balloons with pure oxygen.
What is the duration of Highly Dangerous?
The duration of Highly Dangerous is -5400.0 seconds.
When was Highly Dangerous created?
Highly Dangerous was created on 1950-12-06.
Why is hydrogen dangerous for use in baloons?
Hydrogen is dangerous for use in balloons because it is highly flammable and can easily ignite in the presence of oxygen. If a spark or flame were to come into contact with the hydrogen gas inside the balloon, it could cause an explosion. This poses a significant safety risk to both the balloon and anyone nearby.
Where can you find a balloon filled with chlorine and why?
You can't. Chlorine is a dangerous, corrosive, poisonous gas and is not available in balloons.
Is lawrencium dangerous?
Generally all highly radioactive isotopes are dangerous.
Are galliwasp dangerous?
yes, highly
What are the ratings and certificates for Highly Dangerous - 1950?
Highly Dangerous - 1950 is rated/received certificates of: Finland:K-12 Sweden:15 UK:U
What is highly electrically charged layer of air?
ionosphere
What dangerous gases begin with the letter a?
Acetylene could be considered dangerous, as it is highly inflammable
If two balloons are rubbed on a wool sweater they should stick to each other?
The balloon has a greater affinity for electrons so it obtains a negative charge after being rubbed against the sweater. The balloon, containing a highly negative charge, sticks to the wall because it is attracted to the positive charges in the wall (opposites attract). After a while, the balloon's extra electrons move to the wall and both objects become neutrally charged. Lacking any significant attraction, the balloon will fall off the wall.
How do Highly charged ions effect pH?
Highly charged ions can affect pH by altering the balance of ions in solution, which can influence the concentration of hydrogen ions. For example, if a highly charged cation is present, it may attract more negatively charged ions, resulting in a decrease in the concentration of hydrogen ions and an increase in pH. Conversely, a highly charged anion may repel hydrogen ions, leading to an increase in pH.
