A brainwave pattern is caused by the chemical signals sent between the neurons of the brain.

2 answers:

8 0

The given statement is False. The brainwave pattern between the neurons is not formed by the chemical signals.

Explanation:

The nervous system of the human body is formed of several nerve cells connected to one another forming a huge network all across the human body reaching each and every part.

The nerve signal travels from the particular organ to the brain through the network of the nerve cells. These nerve cells forming the whole nervous system have small gaps between two nerve cells.

At these gaps, the nerve signals are transferred from one cell to another in the form of very small electric signals. The nerves do not use any chemical signal to communicate the message throughout the body.

Therefore, the electric signal that move through the nerve cells forms the brainwave pattern that travels to the brain to communicate the message.

Thus, The given statement is False. The brainwave pattern between the neurons is not formed by the chemical signals.

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Answer Details:

Grade: High School

Subject: Biology

Chapter: Nervous System

Keywords:

brain, nervous, system, nerve cells, signal, organ, neurons, chemical, electrical, gaps, network, body, pattern, transferred.

Likurg_2 [28]4 years ago

7 0

There is a small gap between the two neurons. Hence, the chemical signal cannot go from one neuron to another. Hence, it will get converted to electrical signal before it is transmitted from one neuron to the another.

Hence, the brainwave pattern is caused by the electrical signals sent between the neurons of the brain.

So, the answer is False.

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sergeinik [125]

The question is incomplete, the atoms in the third period referred to in the question are shown in the image attached.

Answer:

Cl>Si>Ar

Explanation:

Electron affinity refers to the energy released when an atom accepts electron (s) to form a negative ion. It is a periodic property that shows similar trends as electro negativity.

Considering the atoms in period three given in the question; chlorine will have the most negative value of electron affinity. This owes to the fact that halogens accept electrons easily to form negative ions. Silicon in group 14 shows much less negative value of electron affinity while argon, a noble gas, does not accept electrons at all and has an electron affinity of zero KJMol-1 by standard.