Answer:
The probability that the child will have type blood B equals <u>3/16</u>. 
Explanation:
 <u>Available data:</u>
- Individuals with the rare Bombay blood phenotype lack both the A and B antigens in individuals and/or are of hh genotype.
- Cross between two parents that are both of I A I B Hh genotype
Cross: IAIB Hh    x    IAIB Hh
Gametes) IAH, IAh, IBH, IBh   
                 IAH, IAh, IBH, IBh 
Punnett square)        IAH            IAh         IBH         IBh
                    IAH      IAIAHH     IAIAHh    IAIBHH   IAIBHh
                    IAh       IAIAHh     IAIAhh     IAIBHh    IAIBhh
                    IBH      IAIBHH     IAIBHh     IBIBHH   IBIBHh
                    IBh       IAIBHh     IAIBhh      IBIBHh   IBIBhh
F1) Genotype
-      1/16 IAIA HH
-      2/16 IAIAHh
-      1/16 IAIAhh
-      2/16 IAIBHH
-      4/16 IAIBHh
-      2/16 IAIBhh
-      1/16 IBIBHH
-      2/16 IBIBHh
-      1/16 IBIBhh
     Phenotype
-      3/16 Blood type A
-      6/16 Blood type AB
-      3/16 Blood type B
-      3/16 Blood type 0  
 
        
             
        
        
        
Answer:
C. natural selection
Explanation:
Natural selection is when the organisms that have the better adaptation so they survive. In this case, the green was the better adaptation so they lived. 
 
        
             
        
        
        
Answer:
1) B - protein channel
2) D - to assist in the movement of substances across the membrane by facilitated diffusion or active transport
Explanation:
1) B is the answer because the proteins would travel through the protein channel to enter or leave the cell. 
2) D is the answer because the channel allows protein molecules to pass through a selectively permeable cell membrane through active transport and facilitated diffusion.
Hope this helps!
 
        
                    
             
        
        
        
Answer:
Chloroplast
Explanation:
Chloroplasts are organelles found in green plants. They are the sites of photosynthesis. Chloroplasts contain chlorophyll, a photosynthetic pigment that traps light energy. This energy is used to power a series of reactions that convert water and carbon dioxide into sugars.