The kink in a clinical thermometer prevents the column of mercury from falling back down when the thermometer is removed from the patient's body, allowing for an accurate temperature reading to be taken and read.
The narrow constriction in a clinical thermometer prevents the mercury column from dropping back down once body temperature is measured. This allows for an accurate reading of the highest temperature reached by the body.
A digital thermometer would be most suitable for measuring the body temperature of a patient. It provides an accurate reading quickly and is safe and easy to use.
The bore of a clinical thermometer is narrower directly above the bulb to slow down the expansion of mercury and provide a more accurate reading. This design helps to prevent sudden changes in temperature from affecting the reading, making the thermometer more precise.
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The kink in a clinical thermometer prevents the column of mercury from falling back down when the thermometer is removed from the patient's body, allowing for an accurate temperature reading to be taken and read.
The narrow constriction in a clinical thermometer prevents the mercury column from dropping back down once body temperature is measured. This allows for an accurate reading of the highest temperature reached by the body.
A digital thermometer would be most suitable for measuring the body temperature of a patient. It provides an accurate reading quickly and is safe and easy to use.
The bore of a clinical thermometer is narrower directly above the bulb to slow down the expansion of mercury and provide a more accurate reading. This design helps to prevent sudden changes in temperature from affecting the reading, making the thermometer more precise.
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Mercury does not fall or rise in a clinical thermometer when taken out from the mouth because of the KINK present in it.
The stem of a clinical thermometer is thick to allow for better heat conduction between the body and the thermometer bulb, ensuring an accurate temperature reading. A thicker stem also provides durability and strength to withstand repeated use.
So the working fluid doesn't flow back into the bulb when the it is removed from the heat source. This makes a clinical thermometer "sticky"; it retains the reading of the highest temperature experienced until it is "reset" by shaking.
A digital thermometer uses electronic sensors to measure temperature and displays the reading on a screen, while a clinical thermometer contains a liquid (like mercury) that expands or contracts with temperature changes. Digital thermometers are typically faster and more accurate, while clinical thermometers are being phased out due to risks associated with the handling and disposal of mercury.
Laboratory thermometers can measure wide variety of temperature, whereas a clinical thermometer has a range between 95 to 105 Fahrenheit. Clinical thermometers are made to be used in a hospital to accurately determinebody temperature. They are often digital. Lab thermometers are made of metal or glass and usually don't give you an accurate reading as much as a "ball park". Clinical thermometer may have mercury but lab thermometers usually have alcohol .
The constriction in a clinical thermometer serves to trap the mercury (or other liquid) column after it has expanded with an increase in temperature. This prevents the mercury from falling back down immediately, allowing for a more accurate reading of the highest temperature reached. As a result, the user can easily read the temperature without needing to hold the thermometer in place for an extended period. This design enhances the convenience and reliability of temperature measurement in clinical settings.
Yes, a clinical thermometer is a type of analog thermometer. Analog thermometers use a liquid-filled bulb to measure temperature and display the reading on a scale marked with numbers. Clinical thermometers are typically designed for measuring human body temperature and often come with a narrow range of temperatures suitable for this purpose.