A World Without Friction

Essay by IxidorHigh School, 12th gradeA-, November 2008

download word file, 3 pages 4.5

A World Without Friction (603 Words)Although friction may seem like a minor issue, its absence would chance life as we know it. There would be many negative effects of this like not being able to gain traction on any surface and your ipod's earplugs always falling out. Also, there would be many positive effects, such as eliminating the need for coolant in engines and lubricant in machines. Moreover, the absence of friction would be both bad and good.

Without friction, many obvious things which we take for granted would not function the way we like. Shoelaces would untie themselves, zippers would always unzip (unless they were upside-down), nails, screws, nuts and bolts would work themselves loose, and driving as we know it would be impossible. Objects would be unable to gain traction on any surface. Therefore, the only way to move without friction would be through force of reaction. One would need to push something to get motion in opposite direction.

Then even to stop, one would need to collide with something. In short, one would need some mechanism like rockets have to control motion. A larger problem would be that the threat of meteorites would be multiplied immensely (Goulding). Since there would be no resistance as the meteorite entered Earth's atmosphere, even small meteorites would be able to penetrate our atmosphere and cause immense damage (Goulding). The damage a large meteor would cause would be catastrophic.

Several ramifications that probably don't come readily to mind are the effects on the human body, thermodynamics and plate tectonics. Without friction, many functions of the human body would not work. Procreation would be impossible as friction is necessary for the male orgasm. Digestion would be impossible as the human body uses friction to digest and move food throughout the body. Under conditions where the coefficient of friction is 0 on all surfaces, the laws of Thermodynamics would be useless (Goulding). Since friction creates heat, without friction there would be no heat, therefore, no laws of Thermodynamics (Goulding). Plate tectonics would also be drastically altered in the absence of friction. Currently the plates that make up the surface of the earth are sliding over each other at an incredibly slow rate. Without friction, the movements of these plates would rapidly accelerate. Continental drift would be accelerated and continents would collide and this would lead to disaster.

Not all of the changes brought by the absence of friction would be bad, however. As stated above, some advantages of a frictionless world would be that engines and machines would no longer need coolant and lubricant (Goulding). Also, whatever moving vehicles that were invented in this frictionless world would not have to contend with drag and air resistance. An interesting change that would come about is that all metals would become superconductors (Krim). Superconductivity is a phenomenon occurring in certain materials generally at very low temperatures, characterized by exactly zero electrical resistance (Superconductor). Since friction creates heat, there would be no heat so the very low temperatures would be present. Also, no friction means there would be zero electrical resistance (Krim). Since there are many applications of superconductivity, this would be beneficial.

Overall, the absence of friction would cause many changes: some good, and some bad. On the whole, however, life would probably be more difficult without friction. The biggest problem would be the absence of heat. Without heat, humans and most species of life would die. Aside from that, movement would be difficult and the human race would die out eventually anyways due to the fact that we could no longer procreate. I would not want to live in a world without friction.

Works CitedGoulding, Patrick. "Applied Physics." 18 Nov 1998. The University of Hull. 11 Nov 2008 .

"Superconductor." Dictionary.com Unabridged (v 1.1). Random House, Inc. 11 Nov. 2008. .

Krim, Jacqueline. "Superconductors." NCSU Department of Physics. 12 June 2002. NCSU. 11 Nov 2008 .