How hot is 1000 degrees C?

Answer 1

When water is confined under pressure greater than normal atmospheric pressure,

a higher temperature is required to make it boil. Higher pressure can be created

simply by sealing the container the water is in ... that's how pressure cookers work.

Just seal the water in a container that can stand the pressure required to raise the

boiling point to 1,000 degrees, keep adding heat, and you'll get there.

NOTE:

DO NOT try this at home. You don't know what pressure is required, you

don't know how much pressure your container can stand, and you have no

way to measure the temperature of the water in it. If you put water in a

sealed container and heat it, the only thing that can be guaranteed for sure

is that your container will explode, and the stronger the container is, the more

violent the explosion will be.

Answer 2

its 1000 degrees C well its about the heat of lava from a volcano

Answer 3

Oh, dude, 1000 degrees Celsius is like really hot. It's hot enough to melt a lot of stuff, like metals and rocks. So, if you're thinking of throwing a barbecue at that temperature, I'd say maybe stick to cooking your burgers at a lower heat, unless you're into that charred, crispy taste.

Answer 4

A Plasma Torch may reach these temperatures, but most (all?) materials will have melted or vaporized before then. Some plasma Arc torches may reach 13 000oC in the arc.

As you'll not be able to contain a material in a holder at these temperatures (obviously), some clever device such as a magnetic bubble will be needed. (Very speculative)

The ternary compound Tantalum Hafnium carbide has one of the highest melting points of all known compounds at 4215 °C.

Of course, if you biff your sample into the Sun, it'll get there.

Answer 5

When water is confined under pressure greater than normal atmospheric pressure,

a higher temperature is required to make it boil. Higher pressure can be created

simply by sealing the container the water is in ... that's how pressure cookers work.

Just seal the water in a container that can stand the pressure required to raise the

boiling point to 1,000 degrees, keep adding heat, and you'll get there.

NOTE:

DO NOT try this at home. You don't know what pressure is required, you

don't know how much pressure your container can stand, and you have no

way to measure the temperature of the water in it. If you put water in a

sealed container and heat it, the only thing that can be guaranteed for sure

is that your container will explode, and the stronger the container is, the more

violent the explosion will be.

Answer 6

1000 degrees Celsius is extremely hot, far above the boiling point of water at 100 degrees Celsius. It is often used in industrial processes such as metalworking and glassmaking.

Answer 7

When it's 'degrees Celsius' and at normal (standard, at sea level) pressure (liquid) water starts boiling and temperature will not rise further.

Answer 8

1,832°F

Answer 9

Gas

Answer 10

gas