recyclable rube goldberg machine

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RECYCLABLE RUBE GOLDBERG MACHINE By: Zack Audy Phil Bagley Sagar Patel Ryan Lenhardt

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By: Zack Audy Phil Bagley Sagar Patel Ryan Lenhardt. Recyclable Rube Goldberg Machine. Electrical to Wind. Electrical 120 V .54 A Joule’s Law: P=I*V P= .54*120= 64.8W E= Pt E=64.8(10)= 648 Joules. Wind Wind formula- (d)( )( )(C) Density of air=0.00012041 - PowerPoint PPT Presentation

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Page 1: Recyclable Rube Goldberg Machine

RECYCLABLE RUBE GOLDBERG MACHINE

By: Zack Audy

Phil BagleySagar Patel

Ryan Lenhardt

Page 2: Recyclable Rube Goldberg Machine

Electrical to Wind Electrical 120 V .54 A Joule’s Law: P=I*V P= .54*120= 64.8W E=Pt E=64.8(10)= 648 Joules

Wind Wind formula- (d)()()(C) Density of

air=0.00012041 Turbine diameter= .0762 Velocity= 2.4 Constant=.005 (0.0012041)() (.005)= .000483 J

Page 3: Recyclable Rube Goldberg Machine

Wind to PotentialWater Bottle Formula- mgh M= .105 Kg H= 7 in or .1778 m (.105)(9.8)(.1778)=

.183 J

Hammer Formula- mgh M= .195 Kg H= .9906 m (.195)(9.8)(.9906)=

1.893 J

Page 4: Recyclable Rube Goldberg Machine

Potential to KineticWater Bottle Kinetic = ½ mv2

M=.105 Kg V=.1778/.94= .189

m/s K=.5(.105)= .002 J

Hammer

Formula= ½ (I) I= 1/3m W= ½ (80.613) (3.342) = 449.6 J

Page 5: Recyclable Rube Goldberg Machine

Kinetic to Water Water formula= mgh .09 Kg 7 inches or .1778 m (.09)(9.8)(.1778)= 0.157 J

Page 6: Recyclable Rube Goldberg Machine

Water to Spring Spring formula = ½ kx2

X= .25 K= .77592 ½(.77592)(.25)2= 0.1325721 J

Water = mgh m= .09 Kg g: 9.8 h= .1778 m .09(9.8)(.1778)= 0.1568196 J

Page 7: Recyclable Rube Goldberg Machine

Movie 2Movie

Page 8: Recyclable Rube Goldberg Machine

Total Efficiency Total Energy In: 648 Joules Total Energy Out:

Page 9: Recyclable Rube Goldberg Machine

Citations "Elastic Potential Energy." Test Page for Apache Installation. Web.

09 Mar. 2011. <http://hyperphysics.phy-astr.gsu.edu/hbase/pespr.html>.

"Hydro Energy." Renewable Energy | Alternative Energy | Green Energy. Web. 09 Mar. 2011. <http://www.greenenergyhelpfiles.com/hydroenergy.htm>.

"Kinetic Energy." Test Page for Apache Installation. Web. 09 Mar. 2011. <http://hyperphysics.phy-astr.gsu.edu/hbase/ke.html>.

"Kinetic Energy." The Physics Classroom. Web. 09 Mar. 2011. <http://www.physicsclassroom.com/class/energy/u5l1c.cfm>.

"Education." AWEA Home Page. Web. 09 Mar. 2011. <http://www.awea.org/learnabout/education/index.cfm>.