The inversion of terrestrial and aquatic energy pyramids is dependent upon the nature of that environment’s particular _______.a. decomposers
b. climate
c. primary consumers
d. producers

Answers

Answer 1
Answer: The correct answer is (d.) producers. The inversion of terrestrial and aquatic energy pyramids is dependent upon the nature of that environment's particular producers. Producers are the one who give and supply the foods that is being consumed by the consumers. 
Answer 2
Answer: Hello! The correct answer would definatley be D. Producers
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What usually accompanies a cold spell in Minnesota?O A. The polar jet stream moves south.O B. The polar jet stream moves north.O C. The horse latitudes moves north.O D. The doldrums moves south.
The trend of declining ecosystem resource availability and increasing demand for these resources can best be countered by _______.
PLEASE HELP ASAP LOL 50 POINTS
Which of the following is an example of qualitative data?

I’d appreciate it very much, if someone would help me with these two questions

Answers

Answer:

1. C

2. D

Explanation:

In an experiment, which aims at solving a particular problem or answering a scientific question about nature, the scientific method is employed. The scientific method contains the following steps:

- Making an observation.

- Asking a question.

- Formulating a hypothesis

- Testing the hypothesis via experimentation

- Analyzing the results

- Conclusion

According to question 1, the PURPOSE of an experiment portrays what is about to be done in a question format. For example, a purpose can go this: What will be the effect of pesticides on the growth of cowpea?. Furthermore, the PURPOSE helps make a research and state a hypothesis in the next step.

- In the analysis of result, the qualitative or quantitative approach is used. The QUANTITATIVE method involves the use of numbers or numerical data to express the outcome or result of the experiment. By counting or measuring, a numerical data is collected and given a unit depending on what is being measured

What is the Breaking down of amino acids into urea and uric acids?

Answers

The breakdown of amino acids into urea and uric acids take place in the urea cycle, a biochemical process. 
Aspartate directly donates a nitrogen atom from the formation of urea during the urea cycle.
The argininosuccinate synthase reeaction links aspartate and citrulline via the amino group of aspartate and provides the second nitrogen of urea.
The breaking down of amino acids into urea and uric acids is called Catabolism; from organelles to cells to blood circulation by amino acid transporters. Then, it goes to the liver and the kidneys in the degradation of the amino acid. After the urea cycle; it will then be excreted in the form of urea.

The classification system developed by Linnaeus in the early 1700s divided living organisms into plant and animal kingdoms. Today, that has been expanded into five kingdoms. Which of the following inventions was most responsible for creating the need for the additional three kingdoms and why?

Answers

How did Linnaeus classify living organisms in the 1700s?

In Systema Naturae, Linnaeus classified nature into a hierarchy. He proposed that there were three broad groups, called kingdoms, into which the whole of nature could fit. These kingdoms were animals, plants, and minerals. He divided each of these kingdoms into classes.

Why did Linnaeus developed a classification system?

It was developed by Swedish botanist Carolus Linnaeus in the 1700s. He tried to classify all living things that were known at his time. He grouped together organisms that shared obvious physical traits, such as number of legs or shape of leaves.

Living things are divided into five kingdoms:

  • animal
  • plant
  • fungi
  • protist
  • monera.

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Microscopes made it possible to learn more about single-celled organisms.

What is exposure to harmless stimuli until fear response is gone called?First response MIGHT receive the Brainliest Award! No options for an answer. Sorry! Help will be greatly appreciated!

Answers

I believe that the answer to that is Flooding

jeremy is digging in the garden. he feels the spade hit a rock and stops digging immediately. explain how sensory, relay and motor neurons would function in this situation.

Answers

relay neurones allow sensory and motor neurones to communicate with each other. They would decide how to respond to the sensation of the spade hitting the rock by acting between the sensory and motor neurones.

Final answer:

In the situation where Jeremy is digging in the garden and feels the spade hit a rock, the functioning of sensory, relay, and motor neurons is crucial in his body's response to this stimulus.

Explanation:

When Jeremy was digging in the garden, he felt the spade hit a rock. This is sensation was facilitated by sensory neurons which picked up the external stimulation and sent the information in the form of electrical impulses from the nerves in his hands towards his spinal cord and brain. This sensory information travels to the brain via relay neurons, which are also known as interneurons. They reside within the central nervous system and transmit the signals from sensory neurons to appropriate areas of the brain for processing.

Upon processing the sensory data, the brain forms a motor response which is relayed back towards the muscles in his arms to stop digging. The 'stop digging' response is sent through motor neurons, which transmit the signals from the brain to the muscles in Jeremy's arms, causing him to stop the movement of the spade.

Learn more about Neuron Function here:

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a cat paw and a bat wing are examples of choose one: a. artificially selected structures. b. embryonic structures. c. homologous structures. d. vestigial structures.

Answers

Answer:

Homologous structures

Explanation:

Homologous structures are anatomical features that are similar in structure and origin but may have different functions.

In the case of a cat's paw and a bat's wing, they both have a common underlying structure (similar bone arrangement), but they serve different purposes.

This similarity suggests a shared evolutionary ancestry, as these structures have been modified over time to suit the needs of different species (cats and bats).