Answer:
A. Puffins receive energy from herring, herring receive energy from krill, and krill receive energy from phytoplankton.
Explanation:
A food chain represents the unidirectional network or path of the flow of energy and the matter in an ecosystem.
The aquatic food chain begins from the small or microscopic organisms called phytoplankton which is autotrophic therefore are considered the producers.
The phytoplanktons are eaten by a variety of other organisms in which the krills which live in the deep sea feeds on these phytoplanktons. The krills are the primary consumers who are eaten by small fish like herring which acts as secondary consumers. These herring are then eaten by the bird-like puffins and large fish which acts as tertiary consumers.
Thus, Option-A is the correct answer.
The statement 'according to the diathesis-stress model, a person with a genetic profile of overall resilience would be less likely to develop PTSD after a traumatic event' is TRUE.
<h3>Diathesis-stress model</h3>
The diathesis-stress model refers to an idea that explains mental disorders as the outcome of the interaction between genetics and stress due to individual experiences.
According to this model, psychopathology is an outcome of the association between inheritance and possible events in a person's life.
This model (diathesis-stress model) is popular in psychiatry.
Learn more about the diathesis-stress model here:
brainly.com/question/25701390
Answer:
a. thoracic duct
Explanation:
Trunks drain into ducts. Therefore only ducts drain into the bloodstream. The answer can be either option a or b.
Why a? The thoracic duct allows lymph from the left side of the body and the limbs (left and right side) to drain into the bloodstream. The right lymphatic duct drains fluid from the upper regions of the body, the right side, right arm and the head.
Possible answers could be:
plants
plants and bacteria
producers
autotrophs
photoautotrophs
Just pick whichever answer you remember your teacher/worksheet saying.
Answer:
The cell wall gives the plant stability
Explanation:
