Listed following is a set of statements describing individual stars or characteristics of stars. match these to the appropriate object category.

a. red giant or supergiant
b. main sequence stars
c. white dwarfs

1. the majority of stars in our galaxy
2. very cool but very luminous
3. not much larger in radius than earth
4. very hot but very dim
5. the sun, for example
6. found in the upper right of the h-r diagram
7. a very hot and very luminous star

1. The majority of stars in our galaxy    --  B2. very cool but very luminous    --  A3. not much larger in radius than Earth      C.4. very hot but very dim    C5. the Sun, for example    ---  B6. found in the upper right of the H-R diagram    --  A7. a very hot and very luminous star    ---  B

Explanation:

The red giant is a luminous star with a mass in the late period of its stellar evolution and as the outer atmosphere inflated and is tenuous and maks the radius much larger and the temperature up to the 5000k. While the main sequence is the continuous and a distinctive and is a continuous band of the stars appears in the stellar colors and the brightness. The majority of the stars in the galaxy are formed by these stars and the sun is an example. While the white dwarf is degenerated and is composed of the hot and the dim stars these have a high density and mass.

May consider a group  g=({0,1},+)g=({0,1},+)where  ++  will work as the xor operator like we work in boolean algebra. note here, that ‘00’ and ‘11’ are not the usual 0 and 1 that we work with everyday. the elements are  called  ‘00’ and ‘11’ and  may not mean  zero (nothing) and one (single). ‘00’ is the identity for the given binary operator +, meaning that any element operated with ‘00’ gets us that element itself.  for a set  ss  in  g′g′  having more elements than just  {0,1}{0,1}  the values for  a+b∈sa+b∈s, such that  a∈s,b∈sa∈s,b∈s, have to be first defined, only then can you determine the value of  1+11+1. the answer could possibly have been  22  if oanswer is25,000

Ice melting no wait thats global warming