I believe that would mean that the air is completely saturated with moisture-- 100% humidity.
It means that the relative humidity is high, because very little evaporation is taking place from the wet bulb.
Well, first of all, absolute zero, the point at which there is no thermal energy is at -273 degrees Celsius, so nothing could ever get to -300 C. Also, the mercury in the thermometer would freeze long before absolute zero, and it is unlikely that a standard thermometer would ever be used below its minimum measurement. If temperature measurement was needed below the minimum measurement of a thermometer, specialized scientific thermometers are available.
You cannot use laboratory thermometer to measure human body temp because of its markings. It is designed to measure large scale temperatures and therefore it may be hard to read the exact bocy temperature.
you can read it by looking for the low and high pressure
they did something that i dont know of cause i didnt read anything Well than maybe u should have listened in ur class!
The two types of thermometers are the total immersion and partial immersion thermometers. However, they both read temperature the same way!
To read temperature...
No
These thermometers need to be able to read super high temperatures. On average they will range from -40 all the way to 450 degrees F, You can also use an oil thermometer instead of a candy thermometer sine the temperatures needed for both can be very high.
You can read the temp a lot easier.
No some read the temperature as Celsius, some as Fahrenheit, some as Kalvin
Mercury thermometers have advantages over alcohol thermometers. The liquid is visible making the results easy to read. It expands at a regular interval. It measures temperature quickly and accurately.
-40c (apex)
negative 40 degrees
At a temperature of -40 (minus forty) degrees, the Celsius and Fahrenheit scales read the same number.
Calibrated
This is only in the case of of clinical thermometers, which usually have mercury inside them. These thermometers have a constriction just after the bulbthat allows the mercury to flow due to the pressure of expansion and contraction but is thin enough not to allow the mercury back into the bulb, to allow people to read the thermometer without having to hurry. people flick the thermometers to force the mercury back into the bulb so that temperature can be taken again.