Conclusion:(Answer the following questions - 7 points) Briefly describe what you did in your experiment- what were your independent and dependent variables? (At least 2 sentences) (2 pts)

Compare & Contrast Graph A and B. What is something similar you observed and what is something different? (2 pts)

What experiment had the faster rate of photosynthesis? (Hint: which experiment had all 10 of the leaf discs floating first?) (2 pts)

Was your hypothesis supported or rejected? Explain why. (1 pts)

An easy way to calculate the amount of energy available at each level is to what?

Nhumans, abo blood types refer to glycoproteins in the membranes of red blood cells. there are three alleles for this autosomal gene: ia, ib, and i. the ia allele codes for the a glycoprotein, the ib allele codes for the b glycoprotein, and the i allele doesn't code for any membrane glycoprotein. ia and ib are codominant, and i is recessive to both ia and ib. people with type a blood have the genotypes iaia or iai, people with type b blood are ibib or ibi, people with type ab blood are iaib, and people with type o blood are ii. if a woman with type ab blood marries a man with type o blood, which of the following blood types could their children possibly have? in humans, abo blood types refer to glycoproteins in the membranes of red blood cells. there are three alleles for this autosomal gene: ia, ib, and i. the ia allele codes for the a glycoprotein, the ib allele codes for the b glycoprotein, and the i allele doesn't code for any membrane glycoprotein. ia and ib are codominant, and i is recessive to both ia and ib. people with type a blood have the genotypes iaia or iai, people with type b blood are ibib or ibi, people with type ab blood are iaib, and people with type o blood are ii. if a woman with type ab blood marries a man with type o blood, which of the following blood types could their children possibly have? a, b, ab, and o ab and o a, b, and o a and b

Which part of the cell is affected by the movement of molecules through diffusion, osmosis and active transport?