Because living humans are homeotherms.
A clinical thermometer, this type of thermometer is sensitive to very small changes in temperature but is able to measure temperatures only within a few degrees of normal body temperature (thirty seven degrees celsius).
A clinical thermometer, this type of thermometer is sensitive to very small changes in temperature but is able to measure temperatures only within a few degrees of normal body temperature (thirty seven degrees celsius).
The small cross section of a clinical thermometer is there to reduce the amount needed of the toxic mercury to as little as possible. Mercury is less used nowadays, as breakages were likely due to the violent shaking needed to 'reset' the thermometer.
A sensitive thermometer with an adjustable range so that small differences in temperature can be measured.
Because clinical thermometer have a very small range. (20 to 45 degrees Celsius at most) and if placed in boiling water, the water being 100 degrees will cause damage to the thermometer.
A thermometer used to measure body temperature is extremely accurate over an extremely small range of temperatures. It will give the temperature to the tenth of a degree. A laboratory thermometer does not have the partial degree separations but gives the temperature over a much wider range of temperatures.
Mercury does not fall or rise in a clinical thermometer when taken out from the mouth because of the KINK present in it.
A narrow tube in a clinical thermometer allows for more precise measurement of body temperature by amplifying small changes in temperature. This leads to accurate readings, crucial for detecting even slight fluctuations in body temperature, which can indicate illness.
A smaller volume allows the thermometer to respond quicker to temperature changes due to less material to heat up or cool down. This ensures faster and more accurate temperature readings in clinical settings where quick and precise measurements are important.
The resolution of a digital thermometer is the smallest incremental change in temperature that the thermometer can detect and display. It is typically expressed in degrees Fahrenheit or Celsius. For example, a thermometer with a resolution of 0.1°C can display temperature changes as small as one-tenth of a degree.
A thermometer used to measure body temperature is extremely accurate over an extremely small range of temperatures. It will give the temperature to the tenth of a degree. A laboratory thermometer does not have the partial degree separations but gives the temperature over a much wider range of temperatures.
Clinical thermometers, also known as medical thermometers, are used for measuring human body temperature. They have kinks at one end which prevent the fluid from flowing back before the readings have been taken. They offer accurate and easy-to-read recordings, in addition they are easy to clean, to carry around and to store.