motivity

简明释义

英[məʊˈtɪvɪti]美[moʊˈtɪvəti]

n. 动力；原动力

英英释义

单词用法

同义词

反义词

例句

1.Science and technology is productivity, the modern civilization foundation and the core motivity that go forward.

科学技术是生产力，是近现代人类文明前进的基础和核心动力。

2.The effective reward contract is the best motivity that the owners encourage the managers.

有效的报酬契约是企业所有者激励经营者努力工作的最佳动力。

3.Ithirk have a such idol is motivity to me.

我认为有一个这样的偶像，是我的动力。

4.The motivity of aesthetic creation is sentiment, imagination and transcendence.

审美创造的动力为情感、想象和超越。

5.The aim to manage stress on employee is changing stress into motivity through alleviating stress from overloaded to moderate.

对企业员工的压力管理着眼于通过缓解过度压力并达到适度压力来实现变压力为动力的目的。

6.Conclusion the rectum motivity and sensitivity disorders exist in the old patients with chronic idiopathic constipation remarkably.

结论老年慢性特发性便秘患者存在明显直肠动力与感觉障碍。

7.The company will always provide you the best goods with competitive price. Your support will be our motivity forever.

公司将始终为您提供具有竞争力的价格和最佳的商品。您的支持将永远是我们的动力。

8.Various demands of interests are the underlying motivity of the public's policy-participation that seriously affects the public policy course.

多元化的利益需求是公众行为取向的根本动力，公众的政策参与行为在政策过程中产生了重大的效应。

9.Methods:To check the patients′ encephalic blood stream motivity, immunity function and blood antioxidation ability before and after treatment.

方法：于治疗前后分别检测患者的颅内血流动力，免疫功能及血液抗氧化能力。

10.The study of motivity in physics helps explain the forces that cause objects to accelerate.

物理学中对动能的研究有助于解释导致物体加速的力量。

11.In robotics, motivity allows machines to perform tasks that require movement and flexibility.

在机器人技术中，动能使机器能够执行需要移动和灵活性的任务。

12.Children often exhibit high levels of motivity, which is crucial for their physical development.

儿童通常表现出高水平的动能，这对他们的身体发展至关重要。

13.Therapists may focus on improving a patient's motivity after an injury to regain mobility.

治疗师可能会专注于在受伤后改善患者的动能以恢复活动能力。

14.The concept of motivity is essential in understanding how organisms move and interact with their environment.

理解生物如何移动和与环境互动的过程中，动能的概念至关重要。

作文

In our daily lives, we often take for granted the various forms of movement that surround us. From the simple act of walking to complex mechanical systems, the concept of movement is deeply embedded in our existence. One term that encapsulates this idea is motivity, which refers to the ability or capacity to move. Understanding motivity can provide us with insights into both biological and mechanical systems, illustrating how movement plays a crucial role in our world.First and foremost, let us explore motivity in the context of biology. Living organisms exhibit various forms of motivity, whether it be the locomotion of animals or the growth patterns of plants. For instance, animals have evolved diverse methods of movement, such as swimming, flying, and running, all of which are adaptations to their environments. These movements are driven by the organism’s need to find food, escape predators, or seek mates. In this sense, motivity is not just about physical movement; it is also closely linked to survival and reproduction.Moreover, the study of motivity extends beyond animals to include plants. While plants do not move in the same way animals do, they exhibit a form of motivity through growth and response to stimuli. For example, sunflowers exhibit phototropism, where they bend towards the light source. This ability to grow and orient themselves towards sunlight is a vital aspect of their survival, allowing them to maximize photosynthesis and thrive in their environment.On the other hand, motivity is equally significant in the realm of mechanics and engineering. The principles of motivity are applied in designing machines and vehicles that facilitate human movement and transportation. For instance, the development of automobiles, airplanes, and trains all relies on an understanding of motivity to create efficient modes of transport. Engineers analyze forces, energy, and motion to optimize performance and safety in these vehicles.Furthermore, advancements in technology have led to the creation of robots and automated systems that mimic biological motivity. These machines are designed to perform tasks that require movement, such as assembling products, exploring other planets, or even performing delicate surgeries. By studying motivity in both biological and mechanical contexts, we can innovate and improve our technological capabilities.In conclusion, the concept of motivity is fundamental to understanding movement in both living organisms and machines. It encompasses a wide range of phenomena, from the instinctual movements of animals to the engineered motion of vehicles. By appreciating the intricacies of motivity, we can gain a deeper appreciation for the dynamic world we inhabit. Whether it is through the graceful flight of a bird or the smooth operation of a car, motivity is an essential aspect of life that connects various disciplines, including biology, physics, and engineering. As we continue to explore and understand motivity, we unlock new possibilities for innovation and improvement in our lives.

在我们的日常生活中，我们常常理所当然地认为周围各种形式的运动。从简单的行走到复杂的机械系统，运动的概念深深植根于我们的存在中。一个能概括这一思想的术语是motivity，它指的是移动的能力或容量。理解motivity可以为我们提供关于生物和机械系统的洞察，说明运动在我们世界中的重要作用。首先，让我们在生物学的背景下探讨motivity。生物体表现出各种形式的motivity，无论是动物的运动还是植物的生长模式。例如，动物已经进化出多种运动方式，如游泳、飞行和奔跑，所有这些都是对其环境的适应。这些运动是由生物体寻找食物、逃避捕食者或寻找配偶的需要驱动的。从这个意义上说，motivity不仅仅是关于身体运动；它还与生存和繁殖密切相关。此外，motivity的研究不仅限于动物，还包括植物。虽然植物并不像动物那样移动，但它们通过生长和对刺激的反应表现出一种形式的motivity。例如，向日葵表现出向光性，它们向光源弯曲。这种朝向阳光生长和定向的能力是其生存的重要组成部分，使它们能够最大限度地进行光合作用并在环境中茁壮成长。另一方面，motivity在机械和工程领域同样重要。motivity的原理被应用于设计促进人类运动和运输的机器和车辆。例如，汽车、飞机和火车的发展都依赖于对motivity的理解，以创造高效的运输方式。工程师分析力、能量和运动，以优化这些车辆的性能和安全性。此外，技术的进步导致了机器人和自动化系统的创建，这些系统模仿生物的motivity。这些机器旨在执行需要运动的任务，例如组装产品、探索其他星球，甚至进行精细的手术。通过研究生物和机械上下文中的motivity，我们可以创新并改善我们的技术能力。总之，motivity的概念对于理解生物体和机器中的运动至关重要。它涵盖了从动物的本能运动到车辆的工程运动的广泛现象。通过欣赏motivity的复杂性，我们可以更深刻地理解我们所居住的动态世界。无论是鸟类的优雅飞行，还是汽车的平稳操作，motivity都是连接生物学、物理学和工程等多个学科的生活的基本方面。当我们继续探索和理解motivity时，我们为创新和改善我们的生活打开了新的可能性。