This question is unfortunately incomplete as the graph is not visible. The options given are:
<span><span><span><span>A) Red
parrots have become less common in the last 200 years.</span>
</span>
</span></span>
B) There
are probably less green parrots today than there once were.
<span><span><span>
</span>
</span></span>
C) Blue
parrots probably are the best adapted species to live on farms.
<span><span><span>
</span>
</span></span>
D) The
blue parrot population has likely increased in the last 200 years.
The answer is B. This is because the graph shows the highest number of green parrots in the 'deep forest' category of environment, whereas the numbers in the 'grassland' and 'scrub forest' are less. Since the forested area in Brazil has decreased rapidly, this means that the preferred environment of the green parrot has decreased, probably resulting in a decline in the green parrot population
<span><span><span>
</span>
</span></span>
Each carbon atom can potentially form 4 bonds, which allows it to form big and complex structures. In addition, the stability of carbon-carbon and carbon-hydrogen bonds make carbon based molecules very stable.
Answer:
The equation represents a biological process that is Photosynthesis. This process is done by plant cell in their chloroplast.
Expanation:
Plants contain Chlorophyll Pigment that helps in the process of photosynthesis( a biological process through which plants can produce their own food with the help of sun light, Carbon dioxide and water and form glucose and oxygen).
This process takes place in chloroplast which contain double membrane with many folds. The double membrane encloses a structure called thylakoid that contain pigment chlorophyll. The function of chloroplast is to capture light that is required in the process of photosynthesis.
Answer: Chloroplasts
Explanation: Chloroplasts turn light energy from the sun to sugar.
Fusion is the process which sun use to produce energy
