位力定理英文解释翻译、位力定理的近义词、反义词、例句
英语翻译：
【化】 virial theorem
分词翻译：
位的英语翻译：
digit; location; place; potential; throne
【计】 D
【化】 bit
【医】 P; position
【经】 bit
力的英语翻译：
all one's best; force; power; puissance; strength
【化】 force
【医】 dynamo-; ergo-; force; potency; potentia; Power; stheno-; strength; vis
定理的英语翻译：
theorem
【化】 theorem
【医】 theorem
网络扩展解释
位力定理 (Wèi Lì Dìng Lǐ)
《位力定理》是一种描述物体受力情况的物理定理。它是牛顿力学的基础理论之一，用于解释和预测物体的运动状态。
英语解释翻译 (Yīng Yǔ Jiě Shì Fān Yì)
The translation of "位力定理" in English is "Principle of Forces and Motions". It refers to a physical principle that describes the forces acting on an object and its resulting motion.
英文读音 (Yīng Wén Dú Yīn)
The pronunciation of "Principle of Forces and Motions" in English is: /ˈprɪnsəpəl ʌv ˈfɔːrsɪz ænd ˈməʊʃənz/.
英文的用法 (Zhōng Wén Jiě Shì)
In English, the "Principle of Forces and Motions" is used to explain and predict the motion of objects based on the forces acting upon them.
英文例句 (Bāo Hán Zhōng Wén Jiě Shì)
Here are a few examples of how the "Principle of Forces and Motions" is used in English: 1. According to the principle of forces and motions, an object will remain at rest unless acted upon by an external force. (根据位力定理，如果没有外力作用，物体将保持静止。) 2. The principle of forces and motions states that the acceleration of an object is directly proportional to the net force applied to it and inversely proportional to its mass. (位力定理表明，物体的加速度与施加在它上面的净力成正比，与其质量成反比。)
英文近义词 (Bāo Hán Zhōng Wén Jiě Shì)
There are several synonymous terms for the "Principle of Forces and Motions" in English: 1. Laws of Motion (运动定律): Refers to the three fundamental laws proposed by Isaac Newton that describe the motion of objects. 2. Newton's Laws of Motion (牛顿运动定律): Specifically refers to the three laws formulated by Sir Isaac Newton.
英文反义词 (Bāo Hán Zhōng Wén Jiě Shì)
The opposite concept of the "Principle of Forces and Motions" in English is the "Principle of Inertia" (惯性定理). It states that an object will remain at rest or in uniform motion unless acted upon by an external force.
英文单词常用度 (Zhōng Wén Jiě Shì)
The term "Principle of Forces and Motions" is less commonly used compared to synonymous terms like "Laws of Motion" or "Newton's Laws of Motion". However, it is still recognized and understood in the field of physics and mechanics.