Abiologist gathered date to show the interaction of the golden-cheeked warbler and juniper tree populations. which conclusion did the biologist most likely make from the data?

The right answer to this question is option B. The optimum habitat for the golden-cheeked warbler population is a 100 juniper trees per acre

Explanation:

     When you look at the other alternatives, all of them don't make sense with the information the graph shows, let's take a look at them one by one. The first one says that once the juniper trees per acre increases, the population of golden-cheeked warbler does it aswell, but that's not true once that graph shows that, after a 100 trees, the population decreases.

     The third one says that the population stabilizes when there are more than a 120 juniper trees, that's not true, because the population starts to decrease after this. And the last one mentions that golden-cheeked warblers cannot survive once there are juniper trees on the environment, of course this is not true just by the graph information where it shows some warblers when these trees are aroung.

The process of translation or protein synthesis stops when the tRNA binds to any one of the three codons that are UGA, UAG or UAA.

These do not code for any amino acid therefore they send the signal for protein termination. The stop codon in the A site forces the peptidyl transferase to add the water molecule in the presence of release factors.

This frees the carboxyl end of the protein which holds the protein attached to the ribosome, therefore, the synthesised protein at that time is released into the cytoplasm.