Section 1
Work Transfers Energy
Key Idea
Applying force over a distance is defined as work.
When a person (or machine) pushes two repelling magnets closer together, they are performing work on the system.
Key Idea.
Section 1
Work Transfers Energy
Applying force over a distance is defined as work.
When a person (or machine) pushes two repelling magnets closer together, they are performing work on the system.
Section 2
Relationship Between Work and Potential Energy (PE)
In a magnetic system, there is a direct, proportional relationship between the physical effort applied and the energy stored.
Input: The process begins with Work. This is the mechanical effort required to move a magnet against the direction it wants to go (e.g., forcing two repelling magnets closer together).
Expand to review the lesson summary and core properties.
Section 1
Work Transfers Energy
Applying force over a distance is defined as work.
When a person (or machine) pushes two repelling magnets closer together, they are performing work on the system.
Section 2
Relationship Between Work and Potential Energy (PE)
In a magnetic system, there is a direct, proportional relationship between the physical effort applied and the energy stored.
Input: The process begins with Work. This is the mechanical effort required to move a magnet against the direction it wants to go (e.g., forcing two repelling magnets closer together).