Mercury is used in clinical thermometers because it has a high thermal expansion coefficient, making it sensitive to small temperature changes which is important for accurately measuring body temperature. In laboratory thermometers, other liquids like alcohol or special oils are used because they have lower toxicity levels compared to mercury. Mercury can be hazardous if the thermometer breaks, so safer alternatives are preferred in laboratory settings.
Mercury glass thermometers are commonly used to measure human body temperature, as well as for various laboratory and industrial applications where precise temperature measurements are required. They are also used in meteorology to measure air and water temperatures.
Platinum is often used in high temperature thermometers due to its ability to maintain stability and accuracy at elevated temperatures.
The two most commonly found liquids in liquid-in-glass thermometers are mercury and alcohol. Mercury thermometers are used for high-temperature applications, while alcohol thermometers are used for lower temperatures due to their lower toxicity.
Alcohol is used in laboratory thermometers because it has a low freezing point (-114Β°C) and a wide temperature range over which it remains liquid. This allows the thermometer to accurately measure temperatures within a wide range. Additionally, alcohol is non-toxic and has a low viscosity, allowing for easy movement through the capillary tube.
Temperature scale used on most laboratory thermometers is a thermometer.
Yoogh
Clinical thermometers are generally not used to measure the temperature of boiling water as they are designed for measuring human body temperature. It is recommended to use a thermometer specifically made for measuring high temperatures, such as a laboratory thermometer, for measuring the temperature of boiling water to ensure accuracy and safety.
Laboratory thermometers are designed for high accuracy and precision in temperature measurement. They are also versatile and can be used in a wide range of laboratory settings. Additionally, laboratory thermometers are often made with durable materials that can withstand harsh laboratory conditions.
You would use a thermometer to measure temperature in a laboratory setting. There are different types of thermometers available, such as digital thermometers, mercury thermometers, and infrared thermometers, each suitable for different applications.
A clinical thermometer is designed to measure human body temperature while a laboratory thermometer is used for general laboratory applications like monitoring chemical reactions or other experiments. Clinical thermometers usually have a narrower temperature range and higher precision compared to laboratory thermometers.
Klink is absent in laboratory thermometers because they are designed for precise measurement of temperature over a wide range, and do not require the klink mechanism found in household thermometers. Laboratory thermometers often use other types of temperature sensing elements, such as mercury or digital sensors, to provide accurate temperature readings.
Common instruments used to measure the temperature of cells include thermometers, thermocouples, infrared thermometers, and thermal imaging cameras. These instruments can provide accurate temperature readings in various settings, from laboratory experiments to industrial applications.
Checking the temperature of any liquid
Mercury is used in clinical thermometers because it has a high thermal expansion coefficient, making it sensitive to small temperature changes which is important for accurately measuring body temperature. In laboratory thermometers, other liquids like alcohol or special oils are used because they have lower toxicity levels compared to mercury. Mercury can be hazardous if the thermometer breaks, so safer alternatives are preferred in laboratory settings.
Yoogh
Alcohole is not used for any thermometer only murcury (Hg) is used