Simulation: Measure the magnetic force strength (mT) of the attracting magnetic pair at each location and record your results in the table below.
Measure the magnetic force strength (mT) of the attracting magnetic pair at each location and record your results in the table below.
Which location has the most magnetic force? Why do you think this location has the most force?
CFS:
Accurately describes the relationship between magnetic position and the force/field in a system
Accurately describes the relationship between magnetic forces and movement of magnets in a system
Simulation: Measure the magnetic force strength (mT) of the attracting magnetic pair at each location and record your results in the table below.
Measure the magnetic force strength (mT) of the attracting magnetic pair at each location and record your results in the table below.
Which location has the most magnetic force? Why do you think this location has the most force?
CFS:
Accurately describes the relationship between magnetic position and the force/field in a system
Accurately describes the relationship between magnetic forces and movement of magnets in a system
Stamping: What do you notice about magnetic force in magnetic pairs that is different than PE energy?
CFS:
Accurately describes the relationship between magnetic position and the force/field in a system
Accurately describes the relationship between magnetic forces and movement of magnets in a system
Which electromagnet has more energy? Explain.
CFS:
Describes the energy in a single magnet or a magnetic system
Accurately describes the relationship between magnetic field lines and magnetic forces’
The electromagnets in system 1 will...
Both Electromagnet System 1 and Electromagnet System 2 are held in place before they are released. Before they are released, which system has more PE? Explain.
CFS:
Describes the energy in a single magnet or a magnetic system
Accurately describes the relationship between changing variables in a system and magnetic forces’
