Temperature is the average amount of energy of motion of each molecule of a substance gas molecules in the thermosphere move very rapidly, so the temperature is very high
Individual molecules of gas might be very hot, but there are too few of them to affect a thermometer much. Then the energy lost through black body radiation is more than the energy gained from the few molecules around it, making the thermometer temperature decrease until the lower equilibrium temperature is reached.
The temperature shown on the digital thermometer is 21.2°C. Since the thermometer is precise to the nearest tenth of a degree, this means that the actual temperature could be anywhere between 21.15°C and 21.25°C.
A Six's maximum and minimum thermometer is designed to measure and record the highest and lowest temperatures reached over a certain period. The two parallel scales on the thermometer show the readings and can be reset manually. This thermometer is commonly used in meteorology and greenhouse monitoring to track temperature fluctuations.
A liquid-filled glass thermometer is a device used to measure temperature that consists of a glass tube filled with a temperature-sensitive liquid, typically mercury or alcohol. As the temperature changes, the liquid expands or contracts, causing it to rise or fall in the tube, which can be calibrated to show the corresponding temperature.
A line graph would be the best way to show how the average daily temperature rises and falls over the course of a month. Each point on the graph would represent the average daily temperature for a particular day, and the line connecting these points would visually show the trend of temperature changes throughout the month.
An ordinary thermometer would show a low temperature in the thermosphere because the thermosphere is characterized by very low air density and high energy particles. Regular thermometers rely on air molecules to transfer heat, but in the thermosphere, the low density of air molecules means that the thermometer cannot accurately measure the temperature of the sparse particles present.
Individual molecules of gas might be very hot, but there are too few of them to affect a thermometer much. Then the energy lost through black body radiation is more than the energy gained from the few molecules around it, making the thermometer temperature decrease until the lower equilibrium temperature is reached.
A thermometer may show a low temperature if it is exposed to a cold environment or if there is a decrease in the surrounding temperature that it is measuring. It could also show a low reading if the thermometer is placed incorrectly or is malfunctioning.
Thermometer
temperature
The temperature would depend on the boiling point of the ink. The thermometer would likely show a temperature close to the boiling point of the ink, which could vary depending on the type of ink being boiled.
Responsiveness in a thermometer refers to how quickly and accurately the thermometer reflects changes in temperature. A responsive thermometer will quickly show fluctuations in temperature without lagging behind the actual temperature changes. This is important for obtaining accurate and real-time temperature readings.
Nothing will happen, except the thermometer will show the fridge's interior temperature.
212°F is equivalent to 100°C. Therefore, a centigrade thermometer would also show 100°C when a Fahrenheit thermometer reads 212.
A vane thermometer is a type of thermometer that uses a metal pointer or vane to indicate temperature. The vane moves along a scale to show the temperature reading. It is commonly used in meteorology to indicate the temperature of the air.
The thermometer will show the temperature of the pure water being collected, which should be around the normal room temperature. If the water was heated or cooled prior to collection, the thermometer will reflect that temperature instead.
When the temperature changes, how long it takes for the thermometer to catch up and show the correct value.