Algorithm
It should begin with 2/3 and end with 6*864 = 5184
No because technically, infinity is not a "number" it is a concept that means without limit, bound or end. so infinity+1=infinity infinity2=infinity and so on.
A term usually used in business studies. Its a method of approaching organisational issues from the perspective of the lower end of the organisation (workers).
numbers!! :D i say numbers because there is no limit to numbers. you could write a billion or a number with a billion zeros and another thing, love there will be no end to love .... the 2012 apocalypse is correct...
the main sequence has a limit at the lower end because as a star's mass decreases, its core temperature and pressure decrease too. This eventually causes the nuclear fusion reactions in the core to stop, leading the star to move off the main sequence.
The main sequence is a map of star brightness against their temperature. Stars that lie on the main sequence in the top left are the high mass stars. Cooler, smaller stars lie near the line at the lower right.
Depending on how "low" on the chart it will either be a red dwarf or a PMS (Pre-main sequence) star.
open end class
red supergiant
The birth line in the Hertzsprung-Russell Diagram represents the path that stars follow as they evolve from protostars to the main sequence. It shows how a star changes in luminosity and temperature as it progresses towards becoming a main sequence star. Stars begin their life on the birth line before settling into the main sequence phase.
When a star "goes off the main-sequence" it generally means the star has run out of hydrogen fuel and is beginning the post-main-sequence or its end of life phase. The main sequence of a star is the time where it is no longer just a proto-star but is burning hydrogen as a primary source of fuel.
The "main sequence" is the region (on the HR diagram) for stars which burn hydrogen-1. Once stars use up most of their hydrogen-1 (and have significant amounts of helium-4), they leave the main sequence.
A finite sequence has a beginning and an end, whereas an infinite sequence has no end.
Stars leave the main sequence when they have exhausted their core hydrogen fuel, causing them to expand into red giants or supergiants. This transition marks the end of stable nuclear fusion in their cores and the beginning of the next phase in their lifecycle.
reddish in color due to its low temperature and emit less light compared to other stars. It falls within the lower end of the main sequence of stars.
It's the size. A dwarf star has reached the end of the road and has collapsed. It's a little old star and people don't notice it, mostly.