Astronomy: Analyzing Energy Production Processes and Interactions

This report delves into the process of energy production within the Sun, focusing on nuclear fusion as the primary mechanism. It explains how the high temperature and pressure in the Sun's core facilitate the fusion of hydrogen atoms into helium, resulting in a significant release of energy that radiates outwards. The report also discusses the nature of fuel in this context, the end products of the fusion process, and the various types of interactions involved, including electromagnetic, gravitational, and strong and weak interactions. Furthermore, it examines the crucial role of temperature in influencing the rate of diffusion and other physical properties. Finally, the report explores the potential of harnessing this energy on Earth, referencing the use of geothermal energy and thermoelectric generators to convert temperature differences into usable energy.

Running head: ASTRONOMY
ASTRONOMY
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Author’s Note:

1ASTRONOMY
Describe the method of energy production in the Sun:-
The sun produces energy from a procedure called nuclear fusion. Throughout atomic
fusion, the high temperature and pressure in the sun's core reason nuclei to isolate from their
electrons. Fortunately, the creature who was existing on Earth, the Sun's inward and outward
pressures are nicely composed, causing in a steady energy stream coming this way. It transforms
H2 atoms into helium (Karathanasis 2019). The nuclear fusion by-product in the Sun's core is an
immense volume of energy that radiates and released externally toward the Sun's surface and
then into the solar system outside it.
What is the fuel:-
It is any material that can be prepared to react with other substances so that it discharges
energy like heat or to be using for work (Jeong et al. 2019). The idea was initially applied
especially to those materials able of releasing chemical energy but has since also been applying
to further sources of heat energy like as nuclear energy
What is the end product:-
The end product is the process that is preparing to form the enzyme reaction in the biochemical
pathway. Throughout the photosynthesis process, Water and CO2 combine in the existence of
Chlorophyll and Sunlight to made Oxygen and glucose. So oxygen and Glucose is the end
product of photosynthesis.
Types of Interaction:-
The interaction may occur in several fields. In the physical world, some communication
happens like electromagnetic, gravitational, strong, and weak interaction (Jeong et al. 2019).
The present physical structure attempts to clarify every experimental physical occurrence by
these types of essential interactions.

2ASTRONOMY
What is the role of temperature in the process:-
Heat is the most essential and pervasive physical characteristics in the pressure. It is a
quantity of the average proportion of unsystematic motions of molecules and atoms. Properties
or processes like fluidity or viscosity and variations in properties state from liquid, solid, or gas,
depends upon temperature. The Diffusion rates also grow as the heat grows, because the atoms
are moving quickly for the variation of temperature.
Could we use this process to produce energy on Earth:-
With the help of geothermal energy, people use this process to make earth energy.
Geothermal energy mainly creates heat in the central part of the earth (Karathanasis 2019). It is
the renewable source that can be connecting for use as electricity and heat. With the help of the
thermoelectric generator, the people transform temperature into electrical energy.

3ASTRONOMY
References:-
Jeong, J.Y., Lee, M.W., Kim, Y.J., Sindelar, R. and Duncan, A., 2019. An Experimental Method
for Assessing Chloride Induced Stress Corrosion Cracking in Stainless Steel Canisters. In The
Abstracts of ATEM: International Conference on Advanced Technology in Experimental
Mechanics: Asian Conference on Experimental Mechanics 2019 (p. 1008C1500). The Japan
Society of Mechanical Engineers.
Karathanasis, S., 2019. Linear Fresnel Reflector Systems for Solar Radiation Concentration.
Springer International Publishing.