A change in a sequence of DNA bases in a bacterial cell has resulted in a mutation. This mutation has increased the ability of the bacteria to break down and digest organic molecules in the environment. Bacteria with this mutation are better able to find and utilize food sources. According to the theory of natural selection, select the change that is MOST likely to occur in future generations of this bacteria.

The relative frequency of the mutation will increase as time passes.

Explanation:

This random mutation has, by chance, caused a phenotype that is beneficial to the bacteria. This mutation improves the fitness of the bacteria, as they are able to utilize more food sources. This reduces the chance of starvation and death of the cell. Therefore, cells with this mutation are more likely to survive, and for longer.

In times where nutrients are scarce, bacteria without the population will die off. But the bacteria with this mutation will be more likely to survive and pass on their genetic material. Therefore, over time, the frequency of this mutation will increase.

To start this off the tree is the producer because green plants make their food by taking sunlight and using the energy to make sugar. The plant uses this sugar, also called glucose to make many things, such as wood, leaves, roots, and bark.. Anyways it serves itself to mainly bugs. Now this caterpillar which is feeding off of the tree is an herbivore and is also called decomposer, organism that breaks down dead organic material; also sometimes referred to as detritivores. The caterpillar takes all that sugar and makes a fine feast. The cardinal is the last one which is the predator for the caterpillar and it's also know as a carnivore and a consumer. It eats the caterpillar and then goes along with it's day

Explanation: