Describe the energy changes in this system (Water reservoir to hose pipe)

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SUMMARY

The energy changes in the system from a water reservoir to a hose pipe involve several key transformations. Initially, the water possesses Gravitational Potential Energy in the reservoir. As the water flows through the pipes, it converts to Strain Potential Energy. Upon exiting the hose, the water transitions to Kinetic Energy as it travels through the air and ultimately impacts the ground, where sound energy is produced. The primary energy transformations are Gravitational Potential Energy to Kinetic Energy, with sound energy generated upon impact.

PREREQUISITES
  • Understanding of Gravitational Potential Energy
  • Knowledge of Kinetic Energy principles
  • Familiarity with Strain Potential Energy concepts
  • Basic physics of energy transformations
NEXT STEPS
  • Study the principles of energy conservation in fluid dynamics
  • Explore the effects of viscous drag on fluid motion
  • Learn about sound energy generation during impacts
  • Investigate the mathematical modeling of energy transformations in fluid systems
USEFUL FOR

Students studying physics, educators teaching energy transformations, and anyone interested in fluid dynamics and energy conservation principles.

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Homework Statement


Describe the energy changes that occur in the system shown below (The picture shows a water reservoir at the top of the diagram and then some pipes that leads to a hose and you can see the water coming out of the hose in an arc and hitting the ground.) as the water travels from the reservoir until it hits the ground.


Homework Equations



The options are: Gravitational Potential, Strain Potential, Kinetic Energy, thermal energy and sound. Each option can be used once, more than once, or not at all.

The Attempt at a Solution



So my chain goes like this:

Gravitational Potential of water in the reservoir --> Strain Potential of water in the pipes --> Kinetic Energy as water flows due to the hose being turned on --> Gravitational Potential as the water it shot upwards --> Kinetic energy as it falls back to the ground --> sound as it hits the ground ?

Bit of a weird question but there's no mark scheme for it so I can't check my answer.
 
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Neglecting viscous drag, the correct answer is gravitation potential energy at reservoir --> kinetic energy of stream at ground.
 

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