boiling point of what with higher air pressure?

Question

The dead sea lies 1,300 feet below sea level.Would water at the dead sea boil faster than water boiled in an area above 6,000 feet?

Answer 1

NO! water will boil faster in the water in an area above 6,000 feet. At higher elevations, where the atmospheric pressure is much lower, the boiling point is also lower, so it means it will boil faster.

For example: The boiling point of water is 100 °C (212 °F) at standard pressure. On top of Mount Everest the pressure is about 260 mbar (26 kPa) so the boiling point of water is 69 °C. It means lesser time to arrive to its boiling point.

If you were to boil water on Mount Everest,it would be the lowest boiling point in the world because of its high elevation and low air pressure. If you were to boil water at the Dead Sea, it would reach the highest boiling point on Earth due to the low elevation and high air pressure.

Elevation affects the boiling point because of the amount of air pressure pushing down on the surface of the water. At a higher elevation the pressure is less and at a lower elevation it is higher. When the pressure is higher, the molecules must absorb more energy in order to change state from liquid to gas therefore requiring more energy (temperature).♥

Answer 2

At 6000 ft above sea level, water comes to a boil at a lower temperature than water at or below sea level . If what you're asking is how long it takes to come to a boil, then no it takes longer

Answer 3

before everything...all those reactors have been tried to being placed on close down mode, which capacity many stuff one million) not extra electrical energy is being produced till the reactors and the radioactive isotopes interior of them would nicely be controlled 2) The temperature ought to be controlled additionally, it is going to be saved under 35 deg Celsius to decrease generating undesirable radioactive ions interior the cooling water. 3) The water interior the reactor is assume to have a minimum top from the best of the cores to the best of the water of 200 inches. (whilst that 35 deg Celsius reaches eighty to a hundred deg Celsius, it is the ingredient whilst simmering and boiling off of the cooling water occurs AND whilst all the water is boiled off into steam, then the middle will become uncovered. Then temperatures somewhat start to upward push as in FUKUSHIMA Reactor 3 which exploded and the best of the roof fell into the uncovered center, which now makes it extra complicated to get water on good of it. Radiation stages are plenty too severe to get on the brink of it so the eastern executive and TEPCO are attempting to get a lot of Boric acid on good of it.) 4) no electrical energy available from neither turbines nor batteries capacity the stress won't be in a position to be maintained. All their measures are merely approximately too overdue. the best of creating 3 has 250 circumstances the deadly radiation dosage allowed to human beings and a hundred circumstances interior of a dozen meters of it. they have some possibilities left: they should get that Boric acid in there to help soak up all the neutrons that are flying around uncontrolled. the entire section ought to be placed off limits to human beings for the subsequent 50000 years. it is double the 0.5 existence of Plu ton ium 239 it particularly is between the various isotopes that the reactor cores incorporate. final ingredient they should do is pour one million million a lot of concrete over all the reactors. Then the folk in Tokyo would have of project at low maximum cancers costs.

Answer 4

the higher the altitude the less oxygen, therefore it would take you longer to reach the boiling point.