His first law states that an object in motion will stay in motion, unless if there is pressure exerted by an outside force. This seems very true not only while looking at physics, but while looking at the actions of people as well. If I’m doing something, I will probably continue to do it until the task is completed. If I have twenty math problems to tackle, it doesn’t make much sense to stop after three. 99% of the time, I won’t stop. An object in motion will stay in motion.
His second law states that force is equal to mass times acceleration. In a vacuum, the force of a ball moving is directly proportional to the ball’s mass, and how hard the ball was moved (acceleration). This can be seen in human actions as well. If I were working on a project, time to completion would vary depending on the size of the project (mass), and how hard I worked on it (acceleration). Work hard on a small project and be done in fifteen minutes. Lag behind on a huge project and stay up late at night. Force is equal to mass times acceleration.
His third law states that for every action, there is an equal and opposite reaction. Sounds a lot like real life. Our actions have consequences. If I wrong someone, there’s a possibility that they will wrong me back. Maybe they don’t. Yet, most of the time, there will be some form of this “equal and opposite reaction.” If I don’t finish my homework, I could fail a test. If I fail a test, I could get a poor grade. These actions have consequences, they have reactions. For every action, there is an equal and opposite reaction.
Of course, these points could be refuted in a number of ways, but that’s not my focus. This is only one result of looking at the world. There are many ways to see the world, and there are numerous ideas that have resulted from it. Take a step back and find the quirks.