The Astronomical unit is used to measure the large distances in our solar system. It is roughly the average distance between the Earth and the Sun.
sundial, watch, clock, calendar, hourglass, egg timer, metronome, sun, moon........
Time, It uses the Sun to cast a shadow.
When the Earth orbits the sun different sides of the earth face the sun.Therefore changing the temperature.
A mm is a measure of linear distance whereas a degree is a measure of angular distance. The two measure different things and there is no direct conversion from one to the other. For example, the angular measure across the full moon and the sun re approximately the same (which is why you can have the total solar eclipse with the solitaire) but there is a huge difference in the size of our two cosmic neighbours!
A thermometer placed in sunlight will measure the temperature of the air surrounding it, not the temperature of the sun itself. The sun's rays can heat up the air, which in turn affects the temperature measured by the thermometer.
No, a thermometer would not be able to accurately measure the temperature of a vacuum since there are no particles to transfer heat. In the vacuum of space, temperature is not measured in the same way as it is in an atmosphere.
If a thermometer is laid out in direct sunlight, it will not measure the temperature of the air surrounding it. It will measure the temperature of the heat directly reaching it.
One common instrument used to measure the energy from the sun is a pyranometer. Pyranometers are designed to measure the solar radiation flux density, which represents the amount of energy received from the sun per unit of time and area.
No. The sun dial was an early device to help tell time.
A recording earth thermometer is a device used to measure and track changes in the temperature of the earth over a period of time. These devices are often used in scientific research to monitor climate trends, study environmental changes, and gather data for weather forecasting models.
You certainly can't take a thermometer there - any thermometer will vaporize rather quickly at the high temperatures of the Sun. The temperature of the Sun's surface (the visible part) can be calculated on the basis of the light emitted by the Sun - especially by analyzing the Sun's spectrum. At a different temperature, it would emit a different mix of wavelengths. The temperature in the Sun's core has to be calculated theoretically, on the basis of our knowledge of physics. The Sun's diameter, its mass, the age of the Solar System (estimated by the age of the Earth) and the Sun's composition (what percentage of the different elements it has) all enter this calculation. The composition of the Sun's interior must also be estimated, based on what is visible on the outside. Computer simulations are used in such calculations; the main cause of possible error is our understanding of physics - note that the conditions in the interior of the Sun are very extreme - the temperature is estimated to be several million degrees, and the pressure is very extreme as well.
When a thermometer is left in sunlight, it can absorb heat and give a falsely high temperature reading due to radiant energy from the sun. It's important to shield the thermometer from direct sunlight to get an accurate temperature measurement.
It is best to place your thermometer in the shade to get an accurate reading of the air temperature. Direct sunlight can affect the reading by warming up the thermometer and giving a higher temperature measurement.
Use a spectrometer to measure the wavelength of the light. There is a direct, but inverse correlation of the wavelength to the temperature.
The thermometer readings in the drawer were typically lower than in direct sunlight. This is because objects in the drawer are shielded from direct heat and radiation from the sun, resulting in a cooler temperature reading.
If it's in the shade, then the temperature of the air that wafts past it is. If it's in direct sun, then it's displaying the temperature of the structure of the thermometer itself, as it absorbs direct solar radiation and its temperature rises above that of the air that wafts past it.