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∙ 11y agoBecause those limits will cover the temperature of most humans. 34oC is only 93.2oF and 41oC is 105.8oF. The 'normal' temperature for a healthy adult is 37oC or 98.4oF - which falls roughly half-way between the upper and lower limits of a clinical thermometer.
Below 34C and above 41C one is in danger of death so help is needed immediately and there is no need in early diagnosis to know temperatures below or above that
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∙ 11y agoIt is the same and both temperatures indicate the freezing point of water.
Negative 1 Celsius is warmer, or you might say, less cold!
1 Fahrenheit degree = 5/9 of one Celsius degrees 1 Celsius degree = 1.8 Fahrenheit degree There is no constant ratio between the °F and °C numbers for the same temperature, because their zeros are at different temperatures. A Celsius number less than -40° is colder than the same Fahrenheit number. A Celsius number more than -40° is warmer than the same Fahrenheit number. And -40° is the same actual temperature in both °F and °C.
The equation for working out the temperature in fahrenheit from celsius is f = 9c/5 + 32 In other words, you multiply by slightly less than two, and then add more on. Therefore for many temperatures, just doubling would be a good approximation. Indeed, when the temperature is 160celsius, doubling would be correct.
Assuming that degrese is you fail at spelling degreese and that celceus is a fail for Celsius, 6 degrees less than 2 degrees Celsius is four degrees Celsius below zero.
Any number less than -1.4?
A clinical thermometer can only measure human body temperatures since it can measure no less than 35 degrees celcius and no more than 42 degrees celcius. An ordinary thermometer can measure and object or substance at any temperature. A clinical thermometer can only measure human body temperatures since it can measure no less than 35 degrees celcius and no more than 42 degrees celcius. An ordinary thermometer can measure and object or substance at any temperature.
Constriction in a clinical thermometer allows for easier reading of temperature changes, important for quick diagnostics. In a laboratory thermometer, a wider range of temperatures may need to be measured with higher precision, so constriction is less important for quick readings.
I would take an alcohol thermometer because it can accurately measure temperatures as low as -70 degrees Celsius, whereas a mercury thermometer may not work reliably at such low temperatures. Additionally, alcohol is less likely to freeze at extremely cold temperatures compared to mercury.
A laboratory thermometer is used to measure temperature with high precision in controlled environments, such as in research labs. Clinical thermometers are designed to measure body temperature for medical purposes, typically with less precision but greater convenience for home use.
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.
The digital thermometer is less acurrate then the basal digital thermometer. they use different methods of working. iter than that there is no difference.
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 range of a clinical thermometer is limited to a specific temperature range to ensure accurate measurements within that range. This allows for a higher level of precision and reliability in assessing an individual's body temperature for medical purposes. Extending the range beyond this limit may compromise accuracy and make the thermometer less effective for clinical use.
Constriction in a clinical thermometer is to prevent the mercury from flowing back once the thermometer has been removed from the patient's body. This helps to accurately measure and maintain the highest temperature recorded.
Constant gas thermometers are preferred over constant volume thermometers because the gas thermometer can be easily adjusted to atmospheric pressure, providing accurate readings. Additionally, the gas thermometer can measure a wide range of temperatures, making it versatile for various applications. Constant volume thermometers are limited in the range of temperatures they can measure and are less commonly used for precision measurements.
Because clinical thermometer is used in hospitals etc for checking temperature of a person and human temperature is not below than 95 degree F and not more than 110 degree F i.e 35 degree C and 42 degree C