It can give an electrical output (change in resistance) which is often helpful and can have a higher sensitivity. Also easier to fit in tight places.
The bend in a clinical thermometer allows the mercury or alcohol to stay in the measuring part of the thermometer for longer, ensuring an accurate reading. It prevents the column of liquid from dropping too quickly when removed from the body, providing a more stable and precise measurement.
Digital thermometers are generally considered to be the most accurate for measuring temperature, as they provide more precise readings compared to traditional mercury thermometers. Look for a thermometer with high accuracy and precision levels for the best results.
You can increase the quickness of a thermometer by using a digital thermometer instead of a traditional mercury thermometer, as digital thermometers typically provide faster and more accurate readings. Additionally, keeping the thermometer sensor clean and in good condition can also help to improve its response time.
Using a thermometer or measuring cup provides a precise and accurate measurement of temperature or volume, which is essential in scientific experiments where accuracy is crucial. Estimating temperature or volume is subjective and can introduce errors or inconsistencies, making it less reliable for scientific purposes.
The mercury thermometer was invented Daniel Gabriel Fahrenheit in 1714. It was so that common temperatures could be measured. Fahrenheit was a physicist with a special interest in thermometry - the measure of temperature and heat.
No, a clinical thermometer is not suitable for measuring the temperature of a candle flame. Candle flames burn at temperatures much higher than the range typically measured by a clinical thermometer. To measure the temperature of a candle flame, a specialized high-temperature thermometer or pyrometer would be more appropriate.
the different measuring devices are tape measure,meter stick,ruler,protractor, thermometer,bimeter thermometer,water meter,and etc.............knowing more an google.com
Meter is more appropriate because there are no buildings taller than a kilometer.
Primarily a thermometer, also temperature probes occasionally (more for controllers of hot plates though)
The bend in a clinical thermometer allows the mercury or alcohol to stay in the measuring part of the thermometer for longer, ensuring an accurate reading. It prevents the column of liquid from dropping too quickly when removed from the body, providing a more stable and precise measurement.
With liquids you can just stick in a thermometer into it. But with solids sometimes you can't do that (because it's solid obviously) so I guess measuring liquids is more accurate in most cases.
Digital thermometers are generally considered to be the most accurate for measuring temperature, as they provide more precise readings compared to traditional mercury thermometers. Look for a thermometer with high accuracy and precision levels for the best results.
If you mean by an "ordinary" thermometer, a mercury thermometer, the bimetallic type can measure a far greater range of temperature (mercury freezes at -38oC and boils at 356oC making it useless in the polar regions or for measuring high temperatures).Bimetallic thermometers are also more robust; mercury thermometers are usually made from glass and are fragile.
You can increase the quickness of a thermometer by using a digital thermometer instead of a traditional mercury thermometer, as digital thermometers typically provide faster and more accurate readings. Additionally, keeping the thermometer sensor clean and in good condition can also help to improve its response time.
A solid thermometer is more useful when measuring high temperatures because it can withstand higher ranges compared to liquid thermometers. Additionally, solid thermometers are less prone to breakage and environmental factors like vibration, making them more suitable for harsh conditions.
Using a thermometer or measuring cup provides a precise and accurate measurement of temperature or volume, which is essential in scientific experiments where accuracy is crucial. Estimating temperature or volume is subjective and can introduce errors or inconsistencies, making it less reliable for scientific purposes.
The mercury thermometer was invented Daniel Gabriel Fahrenheit in 1714. It was so that common temperatures could be measured. Fahrenheit was a physicist with a special interest in thermometry - the measure of temperature and heat.