Answer: Under these extreme conditions, some hydrogen particles clash and come together to create helium in a process. The process releases energy that travels through the core by radiation. ... Growing currents of blistering gas in the convection zone carry energy toward the Sun's surface.
Explanation:
Answer:
A barometer
Explanation:
It is commonly used to measure atmospheric pressure
Answer:
Now I know that my sense organs enable me to <em><u>Feel</u></em>
Answer:
The correct answer will be option-Cochlear nucleus
Explanation:
Cochlear nucleus is the centre of the neurons called nucleus where the cochlear nerves or auditory nerves bring the information from the inner ear cochlea.
The cochlear nucleus is composed of two nucleus- ventral cochlear nucleus (unlayered) and dorsal cochlear nucleus( layered).
The auditory nerves bring the information to the ventral cochlear nucleus and then to the dorsal nucleus where the nucleus processes the information.
Thus, the cochlear nucleus is the correct answer.
When you inhale or breathe in air, your diaphragm will contract or tighten and it will move downward. This will result to an increase in space in your chest cavity where your lungs will expand. The intercostal muscles located between your ribs will also help in the enlargement of the chest cavity. When your lungs expand, air will flow through your nose or mouth. The air will travel through your wind pipe and into your lungs. It will pass through your bronchial tubes and it will eventually reach and enters the<span> alveoli or the air sacs.</span>
W<span>hen you exhale or breathe out on the other hand, your diaphragm will relax and it will move upward into your chest cavity. The intercostal muscles will likewise relax resulting to the reduction of space in the chest cavity. When the space </span><span>in the chest cavity gets smaller, air that is carrying carbon dioxide will be forced out of your lungs and windpipe and it will eventually go out of your nose or mouth.</span>