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## Scenario 9: Bungee Jumping

###### System: Rope and bungee jumper on Earth

###### Initial State: A bungee jumper was attached to a slack rope and stood at the edge of a bridge.

###### Final State: The bungee jumper was at the lowest point of his jump with the rope fully stretched.

###### Remarks: There was air resistance. There was a slight increase in temperature in the bungee jumper and rope.

Hint 1
Consider the principle of conservation of energy.
Hint 2
Consider the type of energy transfer when air resistance acts on the bungee jumper.

##### Initial Amount of Energy of the System

##### System

##### Final Amount of Energy of the System

Energy / Units

C
E
G
I
K
N

Energy Transfer In:
Type Of Transfer
Propagation of waves Propagation of waves
Heating Heating
Electrically Electrically
Mechanically Mechanically
------------ ------------
Type Of Transfer
Propagation of waves Propagation of waves
Heating Heating
Electrically Electrically
Mechanically Mechanically
------------ ------------
Energy Transfer Out:
Type Of Transfer
Propagation of waves Propagation of waves
Heating Heating
Electrically Electrically
Mechanically Mechanically
------------ ------------
Type Of Transfer
Propagation of waves Propagation of waves
Heating Heating
Electrically Electrically
Mechanically Mechanically
------------ ------------

Energy / Units

C
E
G
I
K
N

##### Initial Energy of the System

+

##### Energy Transferred Into the System

=

##### Energy Transferred Out of the System

+

##### Final Energy of the System

Legend:

Electrically

Heating

C - Chemical
E - Elastic
G - Gravitational
I - Internal
K - Kinetic
N - Nuclear

Mechanically

Propagation of waves