Work
Work Done = Energy Transferred
Definition -: When you push a object, you transfer your energy to whatever object you are pushing, when you push the object the energy that's transferring to the object is called work, after you are done transferring energy, its called work done
Formula Of Work
Formula -: Force x Distance
The unit measurement of work is joules
The more the distance or the force, the more the work will be
Joules Impact
Work is measured in joules, as joules is the official SI unit of work
Work = 1 Joule = 1 Newton Force From A Object Moving 1 Meter
Power
Power is the rate at which you do work
In formula ways power is the energy done per unit time
How does the concept of work apply to energy transfer?
What is the difference between positive work and negative work?
How is work done by a variable force calculated?
What is the work-energy theorem?
How does work relate to power and efficiency in machines?
What are some real-life examples of work being done in various contexts?
keywords
Work-energy theorem
Positive work
Negative work
Variable force
Work done by gravity
Mechanical work
Dot product
Angle of force
Work done in lifting
Work done in pushing
Scalar quantity
Friction