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首页> 外文期刊>International Journal of Science and Applied Science: Conference Series >Amusement Park Physics in Panggon Lunjak (Trampoline): Analysis of Kinematics and Energy Use Video Tracking
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Amusement Park Physics in Panggon Lunjak (Trampoline): Analysis of Kinematics and Energy Use Video Tracking

机译：Panggon Lunjak（蹦床）的游乐园物理：运动学和能源使用视频跟踪分析

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摘要

Panggon Lunjak (trampoline) is one of the famous amusement parks among the people that we can use as a recreation to enjoy a pleasant sensation. Without us knowing the amusement park that we often encounter is actually the result of the application of science and technology, especially in the field of physics, because it is amusement park for student of science is a real laboratory or the giant laboratory that we can use as a study of physics concepts and as research materials. Panggon Lunjak (trampoline) motion is very close to the harmonic ?motion where the resulting graph of the sinus so that on the graph will be in the analysis of ?kinematics and energy phenomena, so that research on simple harmonic motion materials is not limited to research using pendulum motion and spring load motion which is often exemplified as research on harmonic motion. The purpose of this study is to analyze the physical aspects of Panggon Lunjak (trampoline) motion based on the laws of physics on the concept of kinematics and analyze energy, Where the mechanical energy of addition between potential energy and kinetic energy (Conservation of energy). The analysis is done by using video tracking. Based on the analysis done using people as a mass, the result of the amplitude, the spring constant, angular frequency, and the law of conservation of energy on the Panggon Lunjak (trampoline) is true. This analysis activity will be well used as a physics learning for students.
机译：Panggon Lunjak（蹦床）是人们当中著名的游乐园之一，我们可以将其作为休闲娱乐来享受愉悦的感觉。不知道我们经常遇到的游乐园实际上是科学技术应用的结果，尤其是在物理领域，因为它是理科学生的游乐园，是我们可以使用的真实实验室还是巨型实验室作为物理学概念的研究和研究材料。 Panggon Lunjak（蹦床）运动非常接近于谐波运动，在该运动中所产生的窦图，因此该图将用于分析运动学和能量现象，因此对简单谐波运动材料的研究不仅限于使用摆运动和弹簧载荷运动进行的研究通常被例举为谐波运动的研究。这项研究的目的是根据运动学概念上的物理学定律来分析庞格卢安克（蹦床）运动的物理方面，并分析能量，其中势能与动能之间的机械能加和（能量守恒） 。通过使用视频跟踪来完成分析。根据以人为主体进行的分析，结果表明，Panggon Lunjak（蹦床）上的振幅，弹簧常数，角频率和能量守恒定律是正确的。这项分析活动将很好地用作学生的物理学习。

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