Answer:
option D : circulatory, respiratory, nervous, endocrine
Explanation:
The circulatory system of the body maintains the flow of oxygen, nutrients and blood in the body. The respiratory system allows the uptake of oxygen and exhalation of carbon dioxide. Thus maintaining oxygen requirement of the runner. The nervous system regulates the process of breathing in the body. The endocrine system provides signals that works together with respiratory system.
The integumentary system comprises nail, skin, exocrine glands and hairs. The excretory system involves removal of waste from the body. Thus, option D is correct.
During translation, mRNA codons are joined by tRNA anticodons to assemble amino acids into a protein. The other options refer to other processes in protein synthesis or distort what happens.
During translation, which is a step in protein synthesis, option B: mRNA codons are joined by tRNA anticodons to assemble amino acids to form a protein, correctly describes the process. In the ribosome, the tRNA anticodon base pairs with the mRNA codon, which each specify a particular amino acid. These amino acids are then linked together to form a polypeptide chain, which folds into a protein. Option A refers to transcription, option C is a distortion of what happens during peptide release, and option D refers to rRNA formation, not translation.
#SPJ6
- Sensation in his left lower extremities
- Control of the left section of his lower body
- Sensation in the right section of his upper body
Trachea, bronchi, capillaries, alveoli
Capillaries, trachea, bronchi, larynx
Alveolar sacs, bronchi, trachea, pharynx
Alveolar sacs, bronchi, trachea, pharynx is the list that describes the path carbon dioxide takes to the nose. Thus, option D is correct.
The respiratory system has been refers to the system of the organs and tissues which would work together to take in oxygen into the cells and remove carbon dioxide from the body. Parts of the respiratory system include the lungs, the bronchi, trachea, etc.
The path of the carbon dioxide as it leaves the body describes the path through which carbon dioxide takes as it goes from the capillaries to be exhaled via the nose or mouth. During the inhalation through the nose or mouth the air first enters the "pharynx" which is also called as throat, then the air moves towards the "larynx" . Is a passage between the pharynx and the trachea.
Carbon dioxide would follows the following path on the leaves the capillaries: alveoli--->bronchioles--->bronchi---> trachea --->larynx --->pharynx---> mouth/nose
Therefore, Alveolar sacs, bronchi, trachea, pharynx is the list that describes the path carbon dioxide takes to the nose. Thus, option D is correct.
Learn more about carbon dioxide on:
#SPJ3
Answer:
D
Explanation:
i took the test
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.
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.
#SPJ11