You can't explain it with a practical life example you need some materiel to neglect both the gravitational force and the friction force ... so if you leave it that way the mass would never move ... if you give it a little push it'll keep moving endlessly ...
Newton's third law applies to every day life by roller skating. Get a friend and put on your roller skates. Push against each other and you will see an equal but opposite reaction. Blow up a balloon. Let go of the balloon, the air pushes to balloon the opposite direction that the air comes out of the balloon. Newton's third law is almost everywhere.
Newton's second law of motion is: Force = (mass) x (acceleration).
Here are some different ways to say it:
"If something is just laying there and you want it to start moving,
you must push on it."
"If something is already moving but you want it to move faster,
you must push on it."
"If something is already moving but you want it to stop, you must
get in front of it and push back on it to slow it down."
"If something is already moving but you want it to move in a
different direction, you must run alongside it and push it in the
new direction."
"In every case, you have to push harder on objects with more mass
just to get the same result you could get with a lighter push on an
object with less mass."
While driving in a car, you will continue this motion, until a force prevents (brakes). This is an easy to visualize example of the first law of motion.
If you push an object hard enough, it will start moving.
When we sit on a chair we exert force on it in downward direction .It is action , the also apply force in upward direction .this shows the NEUTON ' S third law of motion.
Keeping things in place like dishes on the table, buildings in place and walking on the ground.
keeping you on the ground
if you know the mass, acceleration or Fnet or two of those three you can apply it to life
Not being able to dunk because of gravity (F = ma ==> Fg = mg).
While catching a fast moving crickrt ball a fielder in the ground gradually pulls his hands backwards with the moving ball.In a high jump atheletic event the athlets are made to fall either on a cushioned bed or on a sand bed.this is to increase the time of the athlets fall to stop after making the jump.
Sunny weather and high winds are examples of non preciptitation in your daily life. Examples of precipitation in your daily life would be snow, sleet, hairl, and rain.
Many things dissolve in daily life. For example, both salt and sugar will dissolve in water in daily life. Most powdered drinks and vitamins will also dissolve.
types of presentation in our daily life
boy is moving
if you know the mass, acceleration or Fnet or two of those three you can apply it to life
can you tell me and not ask me?!
Here's one Basketball- When you jump for a rebound for the basketball you're in motion
it is important bcoz i makes life easier and it is related 2 our life
Not being able to dunk because of gravity (F = ma ==> Fg = mg).
It is important because it makes life easier. It also makes our works faster
Mechanical, thermal, eletrical. motion, sound, light, and chemical energy.
Kinetic Energy lets you do every thing that you do physically. Kinetic energy is always associated with motion.
It's a song on the show life with derek episode 314 summer school blues
While catching a fast moving crickrt ball a fielder in the ground gradually pulls his hands backwards with the moving ball.In a high jump atheletic event the athlets are made to fall either on a cushioned bed or on a sand bed.this is to increase the time of the athlets fall to stop after making the jump.