Hardy-Weinberg

After given the q^2, I was able to find the  recessive allele (q) by square rooting the homozygous recessive individual. Next, I was able to find the dominant allele (p) by subtracting 1 by the recessive allele. Then, after finding the dominant allele i squared it to find the homozygous dominant individual. After that, I was able to find out what the heterozygous is so i multiplied 2 times dominant allele and recessive allele (2(p)(q)) . And i got 45. Finally, i multiplied the population by each individual. Therefore, .12 (q^2) times 1000 is 120, and .45 (p^2) times 1000 is 420. then 2pq will equal to 450.

Graph

Based on the data of all groups together I can conclude that the solution A is the depressant because this one is reduced that the others, while solution B is the stimulant because it raises the number of pulse. In the other hand solution C is normal because it is the data that it is not too low and not to high.                                                      

Flower

This is another of my favorite picture because my little sister gave me this flower like a week ago and it's still beautiful since the first day I got it. 

Community

This picture shows my community because this is a program where we shared our experiences or opinions of a topic.

Fruit

This is my favorite picture because I love bananas & i am wearing my soccer uniforms because I eat bananas before a game so I won't get cramps.