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The impact of the moon on airplanes during flight
Purpose: The purpose of this research is to explore and analyse the effect of the moon during airplanes flights Methodology: The research methodology included the reliance on a secondary qualitative approach, where data was collected from secondary data resources. An inductive approach
was used to analyse the results and research trends shift from specific to general. The
relevant articles were collected by keywords that were further examined through the
systematic literature review, which comprised critical apprehension of all literary resources
in light of their conclusions and association with this research's main purpose.
Findings: The research findings were related to the effect of the moon's light and its intensity on the flight of airplanes. Through a systematic literature review, it was explored that the full moon shines over the flight aircraft wings, and the moon acts as a guide to airplanes in the presence of heavy clouds. The results showed that an airplane's flight is largely impacted by the full moon's gravity and the new moon's gravity. The changes and modifications between a full moon and a new moon are affected-and worth undergoing. The results also demonstrated that Newton's law is preferred to the Bernoulli principle to clarify the concept of lift which is about the air flowing over the wing eventually refracted descending by the wing's angle, and Newton stated that there has to be an opposite and equal reaction. The altered phases of the moon also indicated the modified effects on airplane flight due to the light intensity and gravity of the moon.
Recommendations: The proposed recommendations for this study included applying quantitative research in the domain of the effect of the moon on the flight of the airplane. There is a need to enhance the knowledge and insight in this domain to improve aviation safety
Keywords: Impact of the moon, light intensity the moon's gravits the flight of the airplane