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Language Abstract 1

Abstract 1

Sustainable energy has become a global phenomenon, driven by growing
concerns about the ongoing decline in biodiversity. Scientists have repeatedly
warned against the dangers of excessive non-renewable energy consumption, which
leads to substantial pollution and poses significant threats to both human health
and the environment. Consequently, numerous studies have been conducted to
explore this issue, resulting in the development of various solutions, including
magnetic induction, which has been deemed sustainable due to its ability to
generate electrical power without relying on an external source of electricity.
 Quantitative research methods are employed by the researchers to collect
and analyze data, which is then plotted into graphs to evaluate the experiment's
success rate. The goal of the experiment is to determine the effectiveness of the
product. The experiment is performed multiple times at different speeds, ranging
from the fastest to the spinner's stoppage. The resulting graphs are linear,
providing strong support for the study's conclusions.
 The collected data from the experiment conducted indicates that the voltage
and current generated by the spinner's motion, without any external source of
electricity, are strongly correlated. The conclusive outcomes showcase a direct
relationship between the voltage and current and the magnetic flux's rate, as
evidenced by the graph's linear regression line. Remarkably, the graph also exhibits
an inverse proportionality between the induced voltage and current and the
rotational duration of the magnets, which adheres to fundamental principles of
science and physics theory

Language Abstract 2

Abstract 2

Sustainable energy has become a global phenomenon, driven by growing
concerns about the ongoing decline in biodiversity. Scientists have repeatedly
warned against the dangers of excessive non-renewable energy consumption, which
leads to substantial pollution and poses significant threats to both human health
and the environment. Consequently, numerous studies have been conducted to
explore this issue, resulting in the development of various solutions, including
magnetic induction, which has been deemed sustainable due to its ability to
generate electrical power without relying on an external source of electricity.
 Quantitative research methods are employed by the researchers to collect
and analyze data, which is then plotted into graphs to evaluate the experiment's
success rate. The goal of the experiment is to determine the effectiveness of the
product. The experiment is performed multiple times at different speeds, ranging
from the fastest to the spinner's stoppage. The resulting graphs are linear,
providing strong support for the study's conclusions.
 The collected data from the experiment conducted indicates that the voltage
and current generated by the spinner's motion, without any external source of
electricity, are strongly correlated. The conclusive outcomes showcase a direct
relationship between the voltage and current and the magnetic flux's rate, as
evidenced by the graph's linear regression line. Remarkably, the graph also exhibits
an inverse proportionality between the induced voltage and current and the
rotational duration of the magnets, which adheres to fundamental principles of
science and physics theory

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