Answer: 50% ErWw (wild-type traits)  and 50% rrww (red eyes, white-banded wings)
To solve this, we need to analyze step by step all the data they give us.
First, they told you about two homozygous traits that are recessive in this kind of animal, Red eyes and withe-banded wings.
We'll assign the names rr and ww (lower because they are recessive)
You know the dominant traits are wild type and all are in the same chromosome. 
EE will be normal eyes, and WW  will be normal wings.
If you cross this F0, rrww x EERR  all the offspring are ErWw.
Crossing F1 with red eyes, with-banded wing you have to draw a Punnte square with ErWw x rrww and the ofsspring posibilities you'll find are 50% ErWw (wild-type traits)  and 50% rrww (red eyes, white-banded wings)
 
        
             
        
        
        
The answer is; Formation of sea ice increases the salinity of the oceans
When ice form in water, this water is ‘osmotically isolated’ (in solid form) hence making liquid water become lesser in quantity than before. Since the number of dissolved salts remain more or less the same and the liquid water in which it is dissolved has reduced, then the water becomes more concentrated (because they are now more ppm of salts in each cubic amount of the water). 
 
        
             
        
        
        
It contains mostly cone photo-receptors <span />
        
             
        
        
        
I think the answer is A.
carbohydrates are needed to move ATP from cell to cell. 
i am sorry if my answer was wrong .
        
             
        
        
        
Answer:
More specialized cell remain in the G0 phase of cell life"s cycle.
Explanation:
G0 phase is also known as resting phase or quiescent phase.Cells that contain damaged DNA enters into the G0 phase of the cell cycle to get some time to repair the DNA. The cell do not divide in the G0 phase.
     But most specialized cell such as cells of adult neuron are one of the highly metabolically active cell and have undergone cell differentiation stay within the G0 phase.