Red and White dwarf stars.
The core is extremely dense, heavy and very hot.
we cant see lower mass stars because were blind.... :)
in naruto sasuke uchiha is taught by kakashi hatake what a chidori is the answer is a dense and very powerful electricity on your hand
Look very hard at your screen you should see the faint outline of the walls all you need to do is go around them to reach Janine.
Usually about one hour to two hours. A very faint Aurora lasts only a few minutes. Some auroras which are very strong otherwise known as "aurora storms" last for days, fading away and returning. It all depends on our sun's activity.
These are called white dwarf stars. They are the dense remnants (cores) of stars about the size of the Sun, which have used up all of their fusible elements and no longer maintain fusion in their cores. These stars still radiate energy because they are still hot, just not as hot as a functioning star.
Because they are very far away!
because there far
The center of the elliptical galaxy is very dense with many stars, and density decreases farther out.
The center of the elliptical galaxy is very dense with many stars, and density decreases farther out.
The center of the elliptical galaxy is very dense with many stars, and density decreases farther out.
The center of the elliptical galaxy is very dense with many stars, and density decreases farther out.
Both white dwarfs and neutron stars match the description. Neutron stars are smaller, hotter, and denser.
Yes, white dwarfs stars are very dense.
Hot stars are found in the left hand side of the diagram, cool stars the right, bright stars at the top, and lastly the faint stars are located at the bottom.
Answer #1: bright===================Answer #2: They're faint.Another answer: They are indeed very faint.They can have high surface temperatures, but they have very small surface areas.No white dwarf star is visible from Earth with the "naked eye".
very very dense :)