Range is30 Degrees to 120 Degrees
-10 to 110 degree celcius
Because Mercury expands in heat, it is more accurate than other elements used in thermometers.
Mercury has a high coefficient of expansion, allowing it to rise and fall uniformly in the thermometer tube. Silver, on the other hand, lacks this property and would not provide accurate temperature readings. Additionally, mercury remains in liquid form in a wide range of temperatures, making it ideal for use in thermometers.
Mercury (Hg) is used in thermometers because it expands and rises in a predictable and consistent way in response to changes in temperature. This makes mercury a reliable medium for measuring and indicating temperature. Additionally, mercury has a wide range of liquid state, making it suitable for various temperature measurements.
The range of -40 to 360 degrees Fahrenheit is within the melting point and boiling point of mercury, ensuring that the mercury remains in liquid form and does not solidify or vaporize. Outside this range, the thermometer would not function accurately as the mercury would either freeze or evaporate.
Range is30 Degrees to 120 Degrees
The Mercury expands with temperature. Since expansion is linear over the normal range of a Mercury-driven thermometer, the level of mercury within a little glass tube indicates the current temperature of the thermometer's immediate environment.
A mercury in glass thermometer typically has a temperature range of -10°C to 110°C. Some thermometers may have a slightly wider or narrower range depending on their intended use.
-10 to 110 degree celcius
The Mercury expands with temperature. Since expansion is linear over the normal range of a mercury-driven thermometer, the level of mercury within a little glass tube indicates the current temperature of the thermometer's immediate environment.
The Mercury expands with temperature. Since expansion is linear over the normal range of a mercury-driven thermometer, the level of mercury within a little glass tube indicates the current temperature of the thermometer's immediate environment.
A clinical thermometer will offer more precise calibrated readings than a mercury thermometer. The range of measurable temperature differs between a clinical and a mercury thermometer with the mercury thermometer having the wider range.
a lab thermometer did not have a constriction as compared to clinical thermometer. it have a wide range of measurement and usually contains alcohol
Disadvantages of mercury in glass thermometers include the potential health hazards of mercury exposure if it breaks and the environmental impact of mercury disposal. However, they are highly accurate and have a wide temperature range, making them suitable for various applications.
It can range from mercury to alcohol it depends on the manufacturer.
Mercury in a thermometer is used because it has a high coefficient of expansion, meaning it expands and contracts in response to temperature changes. This property allows for accurate measurement of temperature as the mercury level rises and falls inside the thermometer. Additionally, mercury has a wide temperature range in which it remains a liquid, making it suitable for measuring a broad range of temperatures.
Mercury is used in a thermometer because it expands and contracts uniformly with temperature changes. This allows the thermometer to accurately measure and display the temperature of a substance or environment. Mercury has a high coefficient of thermal expansion, making it a suitable choice for this purpose.