Which organisms in the chart can produce atp by photosynthesis? organism cells contain chloroplasts algae x amoebas mushrooms oak trees x bermuda grass x all of these organisms produce atp by photosynthesis. none of these organisms produce atp by photosynthesis. only amoebas and mushrooms produce atp by photosynthesis. only algae, oak trees, and bermuda grass produce atp by photosynthesis.

Only algae,Oak tress and Bermuda grass produce ATP by photosynthesis.

Explanation:

Algae,Oak tress and Bermuda grass consists of chloroplasts which perform photosynthesis.

In photosynthesis during light reaction ATP is produced. This ATP produced in light reaction is used in dark reduction for the production of starch.

Photosynthesis is performed by photosynthetic pigments like Chlorophyll which are present inside chloroplast.

Amoeba is a heterotropic organism which depends on other organisms for nutrition.

Mushrooms are saprophytic fungi which depend of dead decaying organisms for its nutrition.

D. Only algae,Oak tress and Bermuda grass produce ATP by photosynthesis.

Explanation:

i look up

1) gene flow

- it is described as the transfer of genes from one population to another population so that frequency of gene is increased.

-a zebra migrates to join a different herd of zebras.

2) natural selection

- a mechanism of evolutionary change in which individuals with advantageous traits survive and reproduce whereas the others ( those that can not adapt) eliminate from the population.

-competition for sunlight leads to taller trees.

3) mutation

- permanent change in the nucleotide sequence of dna ( genetic material) that could have harmful or useful consequences.

-the dna of a snake changes to make its venom stronger.

4) genetic drift - it is a random phenomenon ( that occurs by chance such as fire) that results in change in the gene frequency in a small population.    

-a grassfire randomly sweeps through a population of buffalo and kills most of the animals.

explanation:

identify the dna change shown in the diagram and explain how that change can result in the increased genetic diversity often seen among siblings.identify the dna change shown in the diagram and explain how that change can result in the increased genetic diversity often seen among siblings.v