angle of exit

简明释义

去流角

英英释义

例句

1.The coach emphasized the importance of the correct angle of exit in a successful basketball shot.

教练强调了成功篮球投篮中正确的出场角度的重要性。

2.During the presentation, she explained how the angle of exit influences the performance of the rocket.

在演示中，她解释了出场角度如何影响火箭的性能。

3.The pilot adjusted the aircraft's trajectory to achieve the optimal angle of exit for landing.

飞行员调整了飞机的轨迹，以达到最佳出场角度以便着陆。

4.The engineer calculated the angle of exit for the projectile to ensure it would hit the target.

工程师计算了出场角度以确保弹丸能够击中目标。

5.In golf, understanding the angle of exit can greatly affect the distance the ball travels.

在高尔夫中，理解出场角度可以极大地影响球的飞行距离。

作文

In the world of physics, particularly in the study of motion and trajectories, the concept of the angle of exit plays a crucial role. The angle of exit refers to the angle at which an object leaves a surface or medium, impacting its subsequent path and behavior. Understanding this angle is essential in various fields, including sports, engineering, and even space exploration.For instance, consider the sport of basketball. When a player shoots the ball towards the hoop, the angle of exit from the player's hands significantly affects whether the shot will go in. A well-calculated angle of exit can lead to a successful basket, while a poorly calculated one might result in a miss. Players often practice their shots to find the optimal angle of exit that maximizes their chances of scoring.Similarly, in the field of engineering, the angle of exit is vital for designing efficient systems. For example, when engineers design ramps or slides, they must carefully consider the angle of exit to ensure safety and functionality. A ramp with too steep of a angle of exit may cause vehicles to lose control, while one that is too shallow may not provide enough momentum.In aerospace engineering, the angle of exit becomes even more critical. When a rocket launches, the trajectory it follows is determined by the angle of exit from the launch pad. This angle must be precisely calculated to ensure the rocket reaches its intended orbit. If the angle of exit is too steep, the rocket may expend too much fuel; if it is too shallow, it may not achieve the necessary altitude.Moreover, the angle of exit is also relevant in everyday scenarios. For example, when throwing a frisbee, the angle of exit influences how far and accurately the frisbee will fly. A higher angle of exit might allow the frisbee to soar higher but could reduce its distance, while a lower angle might enable a longer flight but at a lower height.Understanding the angle of exit is not just limited to physical activities or engineering designs; it also extends into the realm of art and aesthetics. For instance, photographers often consider the angle of exit when framing their shots. The angle at which light exits the lens can dramatically alter the composition, mood, and overall impact of a photograph.In conclusion, the angle of exit is a multifaceted concept that applies to various disciplines and real-life situations. Whether in sports, engineering, or art, mastering this angle can lead to improved outcomes and enhanced performance. As we continue to explore the principles of motion and design, the angle of exit will undoubtedly remain a key element in our understanding of how objects interact with their environment.

在物理学的世界中，特别是在运动和轨迹的研究中，“出口角度”这一概念起着至关重要的作用。“出口角度”是指一个物体离开一个表面或介质时的角度，这影响着它随后的路径和行为。理解这个角度在体育、工程甚至太空探索等多个领域都是必不可少的。例如，考虑一下篮球这项运动。当球员将球投向篮筐时，从球员手中发出的“出口角度”对投篮是否成功有着显著的影响。一个计算得当的“出口角度”可以导致成功的投篮，而一个计算不当的角度可能导致失误。球员们常常练习他们的投篮，以找到最佳的“出口角度”，从而最大化得分的机会。同样，在工程领域，“出口角度”对于设计高效系统至关重要。例如，当工程师设计坡道或滑梯时，他们必须仔细考虑“出口角度”，以确保安全性和功能性。一个“出口角度”过陡的坡道可能导致车辆失控，而一个过缓的坡道可能无法提供足够的动力。在航空航天工程中，“出口角度”变得更加关键。当火箭发射时，它所遵循的轨迹由发射台的“出口角度”决定。这个角度必须精确计算，以确保火箭达到预定轨道。如果“出口角度”过陡，火箭可能会消耗过多燃料；如果过缓，则可能无法达到必要的高度。此外，“出口角度”在日常场景中也很相关。例如，在投掷飞盘时，“出口角度”影响飞盘飞行的距离和准确性。较高的“出口角度”可能使飞盘飞得更高，但可能减少其飞行距离，而较低的角度可能允许更长的飞行，但高度较低。理解“出口角度”不仅限于体育活动或工程设计，它还扩展到艺术和美学的领域。例如，摄影师在构图时常常考虑“出口角度”。光线从镜头中退出的角度可以极大地改变照片的构图、情感和整体影响。总之，“出口角度”是一个多方面的概念，适用于多个学科和现实生活中的各种情况。无论是在体育、工程还是艺术中，掌握这个角度都可以带来更好的结果和增强的表现。随着我们继续探索运动和设计的原理，“出口角度”无疑将仍然是我们理解物体如何与环境相互作用的关键元素。