An energy transformation I've observed in class is chemical energy from a battery to electrical energy.
The friction created by rubbing the sticks together created an energy hot enough to make a flame. Sorry, I do not know enough about it as yet, but I am taking a class in science and it is fascinating. Come back to me maybe next week, I may be better able to answer. Thanks
The answer is Kinetic Theory or Kinetic Moleculer Theory
No, clouds do not use energy. I learned that in science class :)
Dude why dont you just focus in class XD
Because you are not supposed to be doing this in class Kayleigh! (:
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A pencil would contain kinetic energy while it is moving, potential energy because it could be dropped and release energy that way...Anyone else agree???
I will tell you the RARE transformation-class vivasaurs and what they turn into: *Guan=T-Rex *Aopteryx=Penta *Proto=tricera
explain
Alfred Doolittle's transformation into a married gentleman highlights the fluidity of social class distinctions. This transformation challenges the idea that social class is fixed and can be transcended through strategic choices and actions. It underscores the performative nature of social class and how individuals can navigate and manipulate their social standing based on their circumstances.
Dalila had to explain to the class about her project .
- Explain why the strategic management class is often called a " capstone course "
both, i just had this in phisics class so i can explain: at its top point a swing has potential energy -> it has the potential to let go that energy and move when its down it has kinetic energy when between those points is has energy in the way of movement
The friction created by rubbing the sticks together created an energy hot enough to make a flame. Sorry, I do not know enough about it as yet, but I am taking a class in science and it is fascinating. Come back to me maybe next week, I may be better able to answer. Thanks
Lipids are the class of organic compounds that stores energy as fat.
amniote vertebrates that are classified under the reptile class
It is the number of times (frequency) that a value in the required class is observed divided by the total number of observations.