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| This science animation Introduces you basic forms of energy - potential and kinetic energy, it establishes relationship between them, then analyses gravitation, spring, molecular formation in terms of these energies. The detailed presentation clearly brings through the concept of PE & KE.
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Category : Science
Type : Animation
Animation Type : Advanced
Total animation length: 1 hour 40 minutes
- Introduction to energy and it's types
- Relationship between potential and kinetic energy
- Examples of potential energy
- Relationship between force and potential energy
- Potential energy at atomic level
- Formation of hydrogen molecule
- How to calculate potential energy?
- What is kinetic energy?
- How to calculate kinetic energy?
- Various forms of energy
- Inter-conversion of energies
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Understanding
potential energy through the animated examples of
gravitational force and elasticity.
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At atomic
level, the potential energy plays a significant part
in the formation of molecules
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| All energies are derived from potential
and kinetic energies. |
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We come across
energies in many formats - like thermal, light, chemical
in our day-to-day life.
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Relationship between kinetic and
potential energy through animated crane example |
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Inter-conversion
of energy using examples animated hydroelectric power
plant and a pendulum
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This science animation follows
a macro to micro path by probing deeper into various energies
to unravel their common base - Potential and kinetic energy.
- Introduction to energy and it's types: animation shows
energy is everywhere around us in various forms.
- Elastic, chemical, gravitational, mechanical are all
forms of potential and kinetic energy
- Establishes relationship between potential and kinetic
energy through crane example
- What is potential energy? Explained on basis of work
- Examples of potential energy: F = -du/dx or force field
always tries to lower PE.
- Case 1: Gravitational force - relationship between
PE and position shown by ball and earth's surface
example
- Case 2: Elastic force - stretching of a spring
- Relationship between force and potential energy
- Potential energy at atomic level
- Case 1 - Opposite charges
- Case 2 - Similar charges
- Formation of hydrogen molecule - electron cloud - direction
of rotation of electron.
- Variation of potential energy with inter nuclear distance
- bond formation - Potential well
- How to calculate potential energy?
- What is kinetic energy?
- How to calculate kinetic energy?
- Various forms of energy
- Inter-conversion of energies: Explained in detail by
taking each position of pendulum separately and analysing
the forces acting on it at that position.
- Application of conversion of energy: Hydroelectric Power
Plant from potential-kinetic-mechanical-electric-sound
or light or mechanical energy.
- Explanatory notes Section :
- Potential energy function or how to calculate PE
if force is known?
- Why Negative sign is there in formula of PE ?
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| Q1: |
what is crane and give it disadvantage |
chirag |
24/10/2010 |
| Ans: |
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| Q2: |
The thermopore pieces inside the sets protect then cups or other items from fracturing.why? |
M ASMAR |
30/9/2010 |
| Ans: |
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| Q3: |
what is the work doneby a man in carring a suitcase mass=30Kgwhenhe travelsa distanceof 10m vertically? |
tanusha |
29/12/2008 |
| Ans: |
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| Q4: |
If an average sized 25 yr old man says that his weighing machine shows that his weight is 50kg, does that mean his mass is 50kg or his mass is 50/g? |
pearl |
20/6/2008 |
| Ans: |
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| Q5: |
What is the applications of Maxwell Boltzmann Distribution law of molecular speed in our real life? |
Enamul Hoque Bhuiyan |
28/4/2008 |
| Ans: |
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| Q6: |
HOW CAN I USE THESE ANİMATİONS. AND HOW CAN I İNSTALL THESE |
oguzhan |
9/4/2008 |
| Ans: |
Please subscribe to view them online or purchase and download them to your computer |
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| Q7: |
what is waves |
hussein mohsmmed |
2/7/2007 |
| Ans: |
Whew! needs a much bigger answer hope this suffices. A wave is a disturbance that propagates through space (or spacetime), transferring energy and momentum. Some waves need a medium to propagate example : waves in water, air, electromagnetic waves do not need a medium. There is a transfer of energy involved between two points. Particles of a medium are not permanently displaced but only oscillate around mean position. Mechanical waves rebound back when they reach the end. |
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| Q8: |
Dtermine the kinetic energy of a 7.5 kg bowling ball 0.12 m in diameter as it rolls along a level surface with a speed of 5 m/s. |
nur |
28/5/2007 |
| Ans: |
Sorry we dont solve homework questions (specially identical ones), if you need help with concepts we will be glad to assist |
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| Q9: |
Dtermine the kinetic energy of a 7.5 kg bowling ball 0.12 m in diameter as it rolls along a level surface with a speed of 5 m/s. |
DAYAH |
28/5/2007 |
| Ans: |
Sorry we dont solve homework questions, if you need help with concepts we will be glad to assist |
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