I’m not 100% sure but I think it’s small
<span>Larger stars burn through their Hydrogen reserves faster, fusing Hydrogen into heavier Helium.
Also, to maintain their phenomenal heat, they have to do this to maintain internal pressure and therefore the fusion that powers them, they have to burn quickly to replace the excess heat they radiate away into outer space.
Currently our sun radiates away 4 Million Tonnes of mass every second, that only amounts to a miserly 0.0000001% of its entire mass. Imagine how much mass larger and larger stars lose every second.
The smallest stars, born at the red dwarf level can burn for trillions of years (at closest estimate). Compared with the Supergiant's, the big boys who were born in abundance during the birth of the universe burn out and explode in supernovae after only around 200 Million years. A whisper compared to the life of our Sun which is estimated to run out of fuel after at the ripe of age of 10 billion years.</span><span>
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Maintaining a stable internal environment
How are energy in information used to
keep an organisms body organized
Energy is required for the cells to carry
out their metabolic functions. Moreover,
information (genetic information) is also
fundamental to synthesize and regulate
biomolecules required for the cells to
carry out their functions.
All cells need energy to carry out
their metabolic functions. i.e., to
live, grow, and reproduce.
(hope this helps)
<h2>Answer is "true" statement</h2>
Explanation:
- Each osteon is made out of concentric rings of a calcified network called lamellae (solitary = lamella)
- the lacunae and osteocytes are found in a grid-like system of network spikes called trabeculae (particular = trabecula) (Figure (Links to an outer site.)). The trabeculae may give off an impression of being an irregular system, however every trabecula shapes along lines of worry to give solidarity deep down.
- This system of flat bones consist of spongy bone permits supplements to be moved to the osteocytes and squanders to be expelled from them
- Hence, the right answer is "flat bones consist of spongy bone sandwiched between compact bone is true statement"
