Using the information from picture 1, if otters were placed into an energy pyramid, which of the following statements best describes how the otter would be positioned on an energy pyramid?
a. Otters would be towards the top of an energy pyramid at the higher trophic levels where
the most amount of available energy is found.
b. Otters would be towards the top of an energy
Picture 1
pyramid at the higher trophic levels where
the least amount of available energy is found
Otters would be towards the bottom starting
point of an energy pyramid where the higher
trophic levels would be and the most amount
of available energy is found.
d. Otters would be at the bottom of an energy
pyramid at the lower trophic levels, as a
producer, where the most amount of
available energy is found.
C с
Phytoplankton
Kelp

Wich level of organization includes all the other levels or organizations

This problem has been solved! see the answeryou are investigating two traits in fruit flies controlled by one gene each. the b gene controls for body color (black or brown), while the r gene controls for body sculpture (rugose or smooth). after crossing rugose black flies with smooth brown flies, you obtain an f1 generation of 100% smooth black flies.what are the dominant alleles? (1 pt)what are the genotypes of the two parent flies to perform a dihybrid test cross? (1 pt)after running a dihybrid test cross, you find 1000 offspring with the following phenotypes: , rugose406black, smooth86brown, rugose94brown, smooth4141000fill in the expected column with the expected number of offspring in each class of phenotypes. (1 pt)what phenotype classes represent the recombinant offspring? (1 pt each)calculate the relative genetic distance between the body color gene and the body sculpting gene (show your work). (1 pt).

Which statement correctly compares metaphase i and metaphase ii? in metaphase ii twice as many chromosomes line up along the middle of the cell as in metaphase i. in metaphase i twice as many chromosomes line up along the middle of the cell as in metaphase ii. in metaphase ii twice as many chromosomes are pulled to opposite ends of the cell as in metaphase i. in metaphase i twice as many chromosomes are pulled to opposite ends of the cell as in metaphase ii.