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What put such substances in the air?

if a meteorologist says that the air pressure is getting lower what you expect to see happen to Torricelli's mercury barometer


If a meteorologist says that the air pressure is getting lower what would you expect to happen to Torricelli's mercury barometer?

The height of the Mercury column would decrease.


If a meteorologist says that the air pressure is getting lower what would you expect to see to Torricelli's mercury barometer?

The height of the Mercury column would decrease.


If a meteorologist says the air pressure is getting lower what would you expect to see happen to Torricelli's mercury barometer?

The height of the Mercury column would decrease.


When air pressure increases the liquid in a mercury barometer would what?

The height of the Mercury column would decrease.


What would happen to a mercury barometer when the air pressure is getting lower?

The height of the column of mercury would be lower.


If a meterologist says that air pressure is getting lower what would you expect to see happen to torriclli's mercury barometer?

If air pressure is getting lower, you would expect to see the mercury in Torricelli's barometer rise. This is because low air pressure allows the mercury in the barometer tube to be pushed up by the weight of the atmosphere.


How can you use a barometer to detect changes in air pressure?

A barometer is used in 2 ways. First you keep it stationary. You record the pressure. If the pressure drops, it means, a storm is coming. Second, in a car or airplane when the barometer falls, it means you are getting higher. When the barometer drops, it means you are getting lower.


What type of weather will generally a rising barometer reading?

A barometer measures air-pressure (baro-meter) so a rising reading means the local air pressure is increasing. If we assume that your local gravity is constant (it usually is) then the increasing air pressure is caused by the air getting denser; more kilograms per cubic metre or pounds per pint. That could be because the air is getting colder, or because it has less water content, since making air colder makes it denser, and dry air is denser than wet air. So, a rising barometer suggests a spell of cool dry weather.A rising barometer indicates that the air pressure is rising and this is associated with clear skies with few cloud formations. Generally this will mean it is hotter than average in summer, but colder than average in winter.A rising barometer means higher pressure which means less clouds and fairer weather.


Safety precautions of using a barometer?

dont break it


Which type of weather often arrives with rising air pressure?

A barometer measures air-pressure (baro-meter) so a rising reading means the local air pressure is increasing. If we assume that your local gravity is constant (it usually is) then the increasing air pressure is caused by the air getting denser; more kilograms per cubic metre or pounds per pint. That could be because the air is getting colder, or because it has less water content, since making air colder makes it denser, and dry air is denser than wet air. So, a rising barometer suggests a spell of cool dry weather.A rising barometer indicates that the air pressure is rising and this is associated with clear skies with few cloud formations. Generally this will mean it is hotter than average in summer, but colder than average in winter.A rising barometer means higher pressure which means less clouds and fairer weather.


How do scientists predict weather by using a barometer?

Very simply put, cold air is denser than warm air - thus as air of differing temperature passes over you (or rather your barometer) the barometric pressure will change. The arrival of warm air will cause the barometric pressure to fall and as warm air holds more moisture than cold air a falling barometric pressure will herald the arrival of rain. Conversely, if the pressure rises this will indicate some nice sunny days to come Further, if the pressure falls (or rises) fast, then there are likely to be strong winds.