Color Scientists use spectrometers to create
the color patterns produced by suns light
Thus they can use spectrometer on earth with
some hot source to see what colors it can give
and thus the colors on sun can tell their temperature. This method is called Spectral Classification.
I don't know if they can measure the exact temperature, but it depends on the star's color.
If it is white or blue, they are extremely hot.
If it is yellow, like ours, it is medium temperature.
If it is red or orange, they are cooler stars, but still really hot.
Optical interferometry is the process to measure stellar radii. In essence, this is basic triangulation. Two telescopes are used which establishes the base of the triangle for calculation. The distances can then be determined and the radius of the star in question can be derived.
Scientists analyze the spectrum of a star to tell the temperature of stars.
By noting the wavelength at which the radiation emitted by the star is the most intense, we can calculate the star's temperature from Wien's displacement law.
Stellar temperature can be measured by analysing the spectrum of light that stars emit; shorter wavelengths correspond to higher temperatures.
By analysing it's spectrum. Blue is hot, red is cool.
See related question.
Depends on the color. Blue stars are the hottest, red stars are the coolest and the yellow stars are medium in temperature.
Astronomers can tell how hot a star is by the stars color. Different colors mean different elements that burn and frequencies which is the pressures in the stars.
A very long thermometer.
by its color.
The almighty spectroscope, it breaks the holy light coming from the star into different colors so we can actually examine it's properties without going blind or incinerating ourselves.
Dry ice (solid CO2) at room temperature changes from a solid to a gas without going through the liquid phase. This is called sublimation.
Deposition. The reverse process (going from a solid directly to a gas) is called sublimation.
it is important to measure mass accuratley because if you dont everything is going to fail.
You do not, especially when the location is not specified.
An astrologist maybe. Some astronomers study space without going to space lol
the thermometer is an object that we going to measure of an temperature of one person.
well, a stopwatch and a speedometer will do. Get the speed and time of going through this distance, and multiply by them, you will get the number.
The almighty spectroscope, it breaks the holy light coming from the star into different colors so we can actually examine it's properties without going blind or incinerating ourselves.
Because there is no evidence to suggest that it will
entropy is the measure of disorder in a system having direct relation with heat because it tells about the availability of heat more heat require to do useful work more is the entropy and having inverse relation with temperature because temperature tells the measure of agitation in an atoms of system that entropy is going to be measured.
kites have had a significant impact on the society and environment. Kites can measure the temperature for the weather which leads to people knowing what the weather is going to be for the day.
Jasleen Kaur Dhunna sucks!. that's all im going to say!
The nuclear reactions going on in the heart of the Sun.
Dry ice (solid CO2) at room temperature changes from a solid to a gas without going through the liquid phase. This is called sublimation.
With refrigerant gauges we read the pressures and measure the temperatures, without that we look at the amp draw and what the air temps are going in and out,
They are not related. Kinetic Energy has to do with the speed or how fast something is going. Temperature has to do with how hot or cold something is. Maybe you are thinking of THERMAL ENERGY. That has to do with heat.When the temperature increase, that substances will tend to vibrate and then at a certain high temperature will start to move;that is why we say it gain energy.Temperature is a measure of the kinetic energy of the particles of a substance.