Products
Mind Mapping Software
Outlining Software
甘特图软件
Uses
Mind Maps for Education
Mind maps for Business
用于个人发展的思维导图
思维导图的好处
資源
特点
教育
个人和工作
台式电脑
Video Tutorials
Watch tips and tricks about using Mindomo.
Help Center
Detailed help guide on configuring and using Mindomo.
文章
甚麼是思維導圖?
How to Mind Map?
How to Take Notes with Mind Maps?
How to Prioritize Tasks with Mind Maps?
What is a Concept Map?
Top 29 Mind Map Examples
定价
登入
注册
Products
Mind Mapping Software
Outlining Software
甘特图软件
Uses
Mind Maps for Education
Mind maps for Business
用于个人发展的思维导图
思维导图的好处
文章
甚麼是思維導圖?
How to Mind Map?
How to Take Notes with Mind Maps?
How to Prioritize Tasks with Mind Maps?
What is a Concept Map?
Top 29 Mind Map Examples
特点
教育
个人和工作
台式电脑
說明
Video Tutorials
Help Center
定价
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acceleration
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interaction
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force
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velocity
作者:
Daniela Bialobrzeska
6 年以前
223
Newtons Law
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Newtons Law
How can two objects of different sizes exert the same amount of force on each other?
Newton’s third law states for every action there is an equal and opposite reaction.
Any object lost by one is gained by the other.
The total momentum of objects prior to hitting each other, will equal the total momentum of the objects after the interaction.
Momentum remains the same during an interaction as long as they are not acted on by an outside force.
In which direction will an object move if acted on by multiple forces?
Newton’s second law states that acceleration depends on both force and mass. It supports the idea that unbalanced forces cause acceleration.
Mass and acceleration are inversely proportional.
There is a direct relationship between force and acceleration.
Unbalanced forces cause acceleration
Why do objects at a constant velocity remain at that velocity?
Newton’s FIrst Law - An object at rest will remain at rest and an object in motion will remain at motion unless acted on by an outside force.
Remember, a net force is the sum of all forces acting on an object Forcenet = mass x acceleration
If an object stops moving or starts moving you know there is a net force.
An object will keep doing what it’s doing unless an outside force acts upon it.