kmitchell_Module 04 Course Project - Einstein's Physics CompareContrast Paper_030324

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1 Time Dilation and Relativity on Danny's Journey to Rome  Kierra Mitchell Rasmussen University COURSE#: Module 04 Course Project - Einstein's Physics Compare/Contrast Paper Fei Wang March 3, 2024
2 Time Dilation and Relativity on Danny's Journey to Rome  Danny's travel from New York to Rome offers a unique context for investigating the physics ideas of time dilation and relativity. As her flight dropped toward Rome, the interplay between her aging process, the airplane's speed, and its height above the Earth became clear. This study will discuss the physics concepts underlying this situation and connect them to modern physics applications, notably Einstein's theory of relativity. Physics Concepts in the Scenario: 1. Time dilation:   Danny experienced time dilation, as predicted by Einstein's theory of relativity. As she flew at tremendous speeds, close to the speed of light, time seemed to pass more slowly for her than for her pals in New York. This phenomenon is known as time dilation, in which time is relative to the observer's velocity.   2. Relativistic Ageing:   Danny seemed ancient, although she was somewhat younger than her pals owing to the relativistic aging effect. This happens because temporal dilation influences the aging process. The quicker an item travels, the slower time passes in comparison to a stationary observer. Danny's relatively modest ageing was due in part to the aircraft's quick acceleration. Modern Physics Applications:   The situation is consistent with contemporary physics applications, notably in the sphere of global navigation systems like GPS. GPS accuracy is impacted by both general and special relativity. The GPS satellites travel at fast speeds and have lower gravitational fields than the Earth's surface, resulting in time dilation. Without correcting for these relativistic effects, GPS
3 systems would rapidly lose accuracy. My Personal Experience: In my own experience, high-speed transportation, such as a bullet train, can cause time dilation effects. During a ride on a high-speed train, I noted that the journey appeared shorter to me than it did to someone waiting at the station. This is due to the relativistic time dilation that occurs at high train speeds. Compare and contrast: Both possibilities include the core physics ideas of time dilation and relativistic aging. The subjective impression of time varies between moving and stationary observers. However, whereas Danny's scenario involves vertical motion in an airplane, my own experience is with horizontal motion on a train. The comparison stresses the universality of these concepts, but the contrast emphasizes the adaptability of applying relativity to different settings.   Danny's trip to Rome provides an intriguing setting for investigating the concepts of time dilation and relativistic aging. Understanding these principles not only broadens our understanding of fundamental physics, but also highlights their practical applications in current technology, such as GPS systems. Personal experiences highlight the universality of these relativistic impacts on both global and micro dimensions.
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4 References Author’s Last Name, First initial. Middle initial. (Year). Title of article. Journal Title, Volume Number (Issue number), Page numbers.

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