evolving into a later stage. For example, a G2 star going into a red giant (M type)
A star changes over time as it ages because its internal composition changes as nuclear fusion reaction in the star's core convert one element into another
i don't know about the hr diagram but the brightest star known is r136a1
see link below
You need to know the luminosity and temperature of star in order to plot it on the HR diagram.
a star diagram is a circle on which we plot the location of stars the circle represents the sky above and it is divided into 4 quadrants while knowing the northerly direction we plot the stars with respect to its location from true north and we tabulate its declination in a separate column since location of stars for a particular time from a particular geographical position is predictable so we match it and obtain own position in terms of latitude and longitude
i hate you !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1
That's because of precession. In other words, the position of Earth's axis of rotation in space changes over time.
Because of it's initial high temperature it is not even on the diagram, but far off to the left of the diagram.
becase it so green you can win a game at game stop
becase it so green you can win a game at game stop
The H-R diagram compares a star's surface temperature to its absolute brightness.
Because it is the same current, as you can determine by examining a circuit diagram of a star connection.
i don't know about the hr diagram but the brightest star known is r136a1
A star changes over time as it ages because its internal composition changes as nuclear fusion reaction in the star's core convert one element into another
Kind of because it changes and other stuff but it is not a organism.
Several pieces of evidence. For example, the parallax: the apparent position of a nearby star changes slightly, because of the change in Earth's position. That is, its position now will not be exactly the same as its position 6 months later, when Earth is on the other side of its orbit. This is used to calculate the distance of nearby stars.
see link below