A person sees a ball and kicks it, in part because of actions of the nervous system. Using the parts of the nervous system listed bellow, describe the path of nerve impulses that cause the person to kick the ball• brain
• motor neurons
• sensory neurons
• spinal cord

Answers

Answer 1
Answer: the motor neurons is the answer but I'm not sure

Related Questions

Roses and lilies are _____.
What is a species and how do new species develop
If an animal has long canine teeth and sharp molars it is probably aa. carnivore. b. rodent. c. deer. d. herbivore.
The _ theory states that the moon formed as the result of a collision between earth and mars sized object
An abnormal growth of scar tissue that is thick and out of proportion is called a

What are character traits that people work toward, in order to become better human beings?

Answers

respect towards others and doing good or helpful deeds for older people.
People work to be respected, to be persistent, empethetic, intuitive, creative, passionate, a good listener, responsible, a leader, honest, courageous, self-aware, and to be Whole-hearted...

What are 3 examples of autotrophs

Answers

ANSWER:

Plants on land or algae in the water and even some bacteria.

EXPLANATION:

An autotroph or producer is a life form that produces complex natural mixes from basic substances present in its environment, for the most part utilizing vitality from light or inorganic compound responses. They are the makers in a natural way of life, for example, Plants on land or algae in the water and even some bacteria.

Plants, algae, and fungi. I'm not sure about the fungi part

Which statement best explains why a karyotype can be used as a scientific report

Answers

A Karyotype is the number (or characteristics of) of the chromosome in a cell. In humans the typical number of chromosomes is 46. Sometimes humans have a different number of chromosomes and then the karyotype (for example the number) can be used for reporting for example of genetic disorders- so the answer is that it can be used for reporting of genetic disorders

The second paragraph in the passage serves primarily to (A) outline the signifi cance of the 1981 discovery of conodont remains to the debate concerning the development of the vertebrate skeleton (B) contrast the traditional view of the development of the vertebrate skeleton with a view derived from the 1981 discovery of conodont remains (C) contrast the characteristics of the ostracoderms with the characteristics of earlier soft-bodied vertebrates (D) explain the importance of the development of teeth among the earliest vertebrate predators (E) present the two sides of the debate concerning the development of the vertebrate skeleton

Answers

Answer:

(E) present the two sides of the debate concerning the development of the vertebrate skeleton

Explanation:

In the paragraph, the author talks about two sides of view in the subject of vertebrates evolution. On one hand, he/she says that the first idea of vertebrates development is that the skeleton evolved as a defensive character and that many researchers rely on soft-bodied vertebrates to conclude it. On the other hand, he/she says that other researchers postulate that some vertebrate features (as paired eyes and adaptation in some muscles) could not have evolved if the first vertebrates were not depredators.

When listing the levels of organization in organisms from smallest to most complex, which level is just below organs in complexity?

Answers

From least complex to most complex, before organs is tissue. I hope this helped cx

Select all the answers that apply.Geological evidence of the age of the earth includes _____.

radiometric dating of rocks
fossil evidence
comparative anatomy
molecular clocks
gradual processes of rock formation

Answers

Answer;

  • radiometric dating of rocks
  • fossil evidence
  • gradual processes of rock

Explanation;

Radiometric dating confirms that Earth is ancient and explains how extremely slow processes can result in major changes to Earth’s surface. Evidence from radiometric dating indicates that Earth is about 4.54 billion years old. The geology or deep time of Earth's past has been organized into various units according to events which took place.

-The ages of Earth, Moon, and meteorites, radiometric dating has been used to determine ages of fossils, including early man, timing of glaciations, ages of mineral deposits, recurrence rates of earthquakes and volcanic eruptions, the history of reversals of Earth's magnetic field, and the age and duration of a wide variety of other geological events and processes.

radiometric age dating of meteorite material and is consistent with the radiometric ages of the oldest-known terrestrial and lunar samples and
fossil evidence