速位函数英文解释翻译、速位函数的近义词、反义词、例句
英语翻译：
【电】 velocity poteutial function
分词翻译：
速的英语翻译：
fast; invite; rapid; speed; velocity
【医】 tacho-; tachy-
位的英语翻译：
digit; location; place; potential; throne
【计】 D
【化】 bit
【医】 P; position
【经】 bit
函数的英语翻译：
function
【计】 F; FUNC; function
网络扩展解释
速位函数 (sù wèi hán shù)
速位函数是一种数学概念，用于描述一个物体在特定时间间隔内的位置变化情况。它可以用于计算速度、加速度等运动相关的物理量。
英语解释翻译 (sù wèi hán shù)
The translation of "速位函数" in English is "position function" or "displacement function". It refers to a mathematical concept that describes the change of position of an object over a specific time interval. It can be used to calculate velocity, acceleration, and other motion-related quantities.
英文读音 (sù wèi hán shù)
The pronunciation of "速位函数" in English is "sù wèi hán shù".
英文的用法 (中文解释)
In English, the term "position function" or "displacement function" is used to describe a mathematical function that relates time to the position of an object. It is commonly used in the field of physics and engineering to analyze and predict the motion of objects.
英文例句 (包含中文解释)
1. The position function of the particle at time t is given by the equation. (该粒子在时间t的位置函数由该方程给出。)
2. The position function can help us determine the distance traveled by the object. (位置函数可以帮助我们确定物体行驶的距离。)
英文近义词 (包含中文解释)
1. Distance function: a function that describes the distance between an object and a reference point at different times. (距离函数：描述物体和参考点之间在不同时间的距离的函数。)
2. Displacement function: a function that describes the change in position of an object over a specific time interval. (位移函数：描述物体在特定时间间隔内位置变化的函数。)
英文反义词 (包含中文解释)
1. Velocity function: a function that describes the change in velocity of an object over a specific time interval. (速度函数：描述物体在特定时间间隔内速度变化的函数。)
2. Acceleration function: a function that describes the change in acceleration of an object over a specific time interval. (加速度函数：描述物体在特定时间间隔内加速度变化的函数。)
英文单词常用度
The term "position function" or "displacement function" is frequently used in the field of physics and engineering, especially in the study of motion and mechanics. It is a commonly understood concept among scientists, researchers, and students in these fields.