In physics, the relationship between force, distance, and work is pretty simple but really cool!
Force: This is what makes things move. You need a certain amount of force to push or pull something. We measure force in Newtons (N). You might have seen this term in some physics problems.
Distance: This is how far you move the object while using that force. We measure distance in meters (m). The farther you move something while applying force, the more work you do, as long as the force stays the same.
Work: Work happens when you use force to move something over a distance. The formula for work is easy:
Work = Force × Distance
For example, if you push something with a force of 10 N and move it 2 m, the work done is:
10 N × 2 m = 20 Joules (J).
So, in short, when you use force to move something, you're doing work. And we measure that work in joules. It’s simple but super important!
In physics, the relationship between force, distance, and work is pretty simple but really cool!
Force: This is what makes things move. You need a certain amount of force to push or pull something. We measure force in Newtons (N). You might have seen this term in some physics problems.
Distance: This is how far you move the object while using that force. We measure distance in meters (m). The farther you move something while applying force, the more work you do, as long as the force stays the same.
Work: Work happens when you use force to move something over a distance. The formula for work is easy:
Work = Force × Distance
For example, if you push something with a force of 10 N and move it 2 m, the work done is:
10 N × 2 m = 20 Joules (J).
So, in short, when you use force to move something, you're doing work. And we measure that work in joules. It’s simple but super important!