PHY_10_14_V1_P_Practical applications of electromagnetic fields (1).pptx
Practical applications of electromagnetic fields 1
Practical applications of electromagnetic fields
1
Learning objective To analyse the operating principle of a cyclotron, magnetic trap, tokamak, hadron collider and to explain the nature of polar aurora; 2
Learning objective
To analyse the operating principle of a cyclotron, magnetic trap, tokamak, hadron collider and to explain the nature of polar aurora;
2
WHITEBOARD – name it!
WHITEBOARD – name it!
Cyclotron
Cyclotron
PHY_10_14_V1_P_Practical applications of electromagnetic fields (1)
Magnetic trap
Magnetic trap
PHY_10_14_V1_P_Practical applications of electromagnetic fields (1)
Aurora borealis
Aurora borealis
PHY_10_14_V1_P_Practical applications of electromagnetic fields (1)
The Large Hadron Collider
The Large Hadron Collider
PHY_10_14_V1_P_Practical applications of electromagnetic fields (1)
Tokamak
Tokamak
I) Individual work Qualitative (Concept
(I) Individual work
Qualitative (Concept Test)
Quantitative (Calculation Test)
PHY_10_14_V1_P_Practical applications of electromagnetic fields (1)
Reflection What has been learned
Reflection
What has been learned
What remained unclear
What is necessary to work on
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