in the lab, you will change the number of birds with each beak phenotype for the second and third…

in the lab, you will change the number of birds with each beak phenotype for the second and third generations. what row of the data table will be the basis for computing new numbers?\nnumber of insects eaten\nnumber of seeds eaten\nnumber of fruit eaten\nx total food eaten eaten by the flock\npercentage of food eaten by the flock

in the lab, you will change the number of birds with each beak phenotype for the second and third generations. what row of the data table will be the basis for computing new numbers?\nnumber of insects eaten\nnumber of seeds eaten\nnumber of fruit eaten\nx total food eaten eaten by the flock\npercentage of food eaten by the flock

Answer

Brief Explanations:

To compute new numbers of birds with each beak phenotype for subsequent generations, the starting - point data is crucial. The number of insects eaten can influence survival and reproduction rates of birds with different beak types as different beaks are adapted to different food sources. This data can show which beak phenotypes are more successful in obtaining food, and thus will be the basis for predicting changes in the bird population in the next generations.

Answer:

Number of insects eaten