Newtons 2nd law and its application in our daily lives?

Answer 1

Dropping anything from a height above the surface of the earth. The FORCE of gravity acting on the MASS you drop produces an ACCELERATION.

A rocket launch. The FORCE of the rockets acts on the MASS of the rocket and produces and ACCELERATION. Of course, as the fuel burns, the total mass of the system decreases, so the acceleration itself increases.

Anything that is moving (cars, baseballs, bugs) has it's motion explained by the NET FORCE acting on a MASS.

Answer 2

1. "Objects in motion remain in motion unless acted upon by an external force." - Basically, objects that are moving in one direction at a constant speed will keep moving in said direction at that speed unless there is some force present. This force will cause the objects motion to change somehow (speed up, slow down etc). A good example of this is if you're swinging something around your finger and it flies off - it will fly off into the direction you were last rotating it in, if that makes any sense.

2. "F=ma" - Where F=force and m=mass and a=acceleration. Mass is a measure of how much matter an object contains, and here on Earth objects that have more mass also weigh more. But this does not mean, however, that weight and mass are always the same thing. For example, if you were to weigh yourself on Earth and then weigh yourself on the moon, you would weigh less, but the amount of mass you have remains the same!

3. "If object A exerts a force on object B then object B exerts the same magnitude force back on object A, just in the opposite direction." - All this means is if you push an object, it pushes back on you.

Answer 3

When objects take a free fall, Newton's 2nd law can be used to calculate the force at which they hit the ground. This is achieved using the earth's gravitational pull of 10 m/s2 and his force formula, F=MA.

Answer 4

There are no noticeable examples of Newton's first law, or of any of the others for

that matter, present in our daily life, except for every time anything starts moving,

stops moving, speeds up, slows down, or keeps going straight, or turns.

Answer 5

Newton's second law appears to be crazy like especially in Flow town. I go to a high school and my teachers talking to us about newton's laws and i don't find it interesting but the answer is idk. Maybe try Bing :0) lmao

Answer 6

Newton's second law states that the force acting on an object is equal to the mass of the object multiplied by its acceleration (F=ma). This law is applied in our daily lives in various ways, such as when driving a car (accelerating, braking), playing sports (throwing a ball), or even in simple activities like pushing a shopping cart. Understanding this law helps us comprehend how force, mass, and acceleration interact to affect motion.

Answer 7

Try yourself. It's not a hard question, and it's given to you because of some reasons. Try to think out the examples yourself.

The easy fetching is not going to help you.

Answer 8

a fielder pull his hand gradually with the moving ball while holding a catch