angulates

angulate 的音标是[ˈæŋgjʊleɪt]，基本翻译是“使成角状；使成角；使弯曲；使成角度”，速记技巧是“angu”取其“弯”的意思。

Angulate这个词源自拉丁语，意为“弯曲的，成角的”。它的变化形式包括过去式angulated，现在分词angulating，过去分词angulated，以及形容词angulate。相关单词包括angular（有角的，角度的），angularity（角质，锐利），以及angle（角度，角度测量）。Angular这个词可以用来形容人的体态或性格，具有锐利、刚毅的特点。Angle则可以指代几何学中的角度概念，也可以用来比喻人的立场或观点。

常用短语：

1. Angular momentum 角动量

2. Angular velocity 角速度

3. Angular displacement 角位移

4. Angular acceleration 角加速度

5. Angular momentum conservation 角动量守恒

6. Angular deviation 角偏差

7. Angular position 角位置

例句：

1. The satellite"s angular velocity is increasing as it orbits the Earth.

2. The car"s steering wheel has a large angular displacement.

3. The centrifugal force caused by the rotation of the earth has an angular moment that contributes to the motion of the moon.

4. The angular acceleration of the car caused by a sharp turn is uncomfortable for the passengers.

5. The angular moment of the sun and the planets determines their orbital stability.

6. The angular deviation of the satellite"s orbit is increasing, indicating a loss of precision.

7. The angle of the camera determines its angular position, allowing for precise tracking of objects.

英文小作文：

Title: The Importance of Angular Momentum in Physics

Angular momentum is a fundamental concept in physics that plays a crucial role in many phenomena and systems. It is closely related to rotational motion and describes the conservation of rotational energy in a system. Understanding angular momentum is essential for understanding how objects behave and interact with their environment, from celestial bodies to mechanical systems.

In celestial mechanics, the conservation of angular momentum is crucial for understanding the motion of celestial bodies, such as planets and satellites, around their respective centers of mass. It explains why objects in circular orbits have constant speed and why objects in elliptical orbits experience changes in speed and direction as they move through their respective orbits.

In mechanical systems, angular momentum is used to describe the rotation of machines and equipment, such as automobiles and wind turbines. Understanding how angular momentum changes in a system allows engineers to design more efficient and precise machines, while also ensuring that they are safe and reliable.

Angular momentum is also important in quantum mechanics, where it plays a role in describing the behavior of particles and waves in rotating systems, such as atoms and molecules. Understanding angular momentum is essential for developing new technologies and applications that require precise control over rotational motion, from medical imaging to quantum computing.