University:
University of Colorado Boulder
Course:
PHYS 2020 | General Physics 2
Academic year:

2020
Views:

373

Pages:

2
Author:

Sarah Henry

01 Name: K&u. How is energy converted from one form to another? U Date: Period: Link: http://www.glencoe.com/sites/common_ assets/science/virtual_ labs/E04/E04.html ^^ Energy Transformations , Introduction As you read the introduction, fill in the blanks below. Energy can be classified into six general forms: chemical, mechanical, thermal, light, electrical, and nuclear. • Chemical energy is energy stored in chemical s p£igp ( i V - . for instance, has a large amount of stored chemical energy. The chemical * energy in gasoline is used to • a . Mechanical energy is the energy acquired or released by a AAM/ I W3 object. after it has been struck By a bat. Mechanical energy propels a • CC\ r Thermal energy is associated with the motion of (Y\pkf.nUS , It is a type of energy that usually results from the £r ( rlftntA caused by molecules rubbing against one another. Thermal energy is produced when you rub your hands together very rapidly. • Light energy is a form of p\eO~brenergy. Each of light represents a different QW\nuv\\ of electromagnetic energy. Electromagnetic energy also includes x-rays, TAd ID waves, and - • CntO£ t r iQv/r y Electrical energy is associated with the movement of (2 rv\ ecisi — <2> > c\c \ cc\& 4. Describe how energy is transferred in one of the sequences. (s^ doMx. -hxbLe) 5. What happens if the sequence isn't completed? er\d r^ sui-f is r\o{ acheved Page 2