Although friction may seem like a minimal issue, its absence could chance lifestyle as we know it. There would be many negative effects on this like being unable to gain traction on virtually any surface as well as your ipods earplugs always receding. Also, there is many positive effects, such as removing the need for coolant in search engines and lubricant in machines. Moreover, the absence of rubbing would be both bad and good.
With out friction, a large number of obvious issues which put into effect for granted will not function just how we just like.
Shoelaces would untie themselves, zippers will always open (unless these were upside-down), nails, screws, peanuts and mounting bolts would work themselves loose, and driving as you may know it would be difficult. Objects will be unable to gain traction about any area. Therefore , in order to move without friction can be through pressure of effect. One would need to push anything to acquire motion in opposite direction. Then possibly to stop, one would need to conflict with a thing.
In short, one would require some system like rockets have to control motion. A greater problem would be that the threat of meteorites would be multiplied immensely (Goulding). Since there would be no amount of resistance as the meteorite came into Earths ambiance, even little meteorites would be able to penetrate each of our atmosphere and cause huge damage (Goulding). The damage a big meteor might cause will be catastrophic.
A lot of ramifications that probably don’t come conveniently to mind will be the effects on the human body, thermodynamics and menu tectonics. With no friction, many functions with the human body probably would not work. Procreation would be not possible as scrubbing is necessary to get the male orgasmic pleasure. Digestion can be impossible because the human body uses friction to digest and move food throughout the body system. Under conditions where the pourcentage of rubbing is zero on every surfaces, the laws of Thermodynamics would be useless (Goulding).
Since rubbing creates warmth, without chaffing there would be not any heat, therefore , no laws and regulations of Thermodynamics (Goulding). Dish tectonics will also be considerably altered inside the absence of scrubbing. Currently the china that make up the top of earth are sliding above each other in a incredibly slow rate. Without scrubbing, the movements of these discs wouldrapidly increase the speed of. Continental drift would be faster and prude would collide and this will lead to tragedy.
Not all of the changes through the a shortage of friction can be bad, even so. As stated previously mentioned, some advantages of a frictionless world can be that search engines and equipment would will no longer need coolant and lube (Goulding). Likewise, whatever going vehicles that were invented with this frictionless universe would not need to contend with move and air flow resistance. An interesting change that will come about is the fact all metals would turn into superconductors (Krim). Superconductivity is known as a phenomenon occurring in certain components generally for very low temps, characterized by precisely zero electric powered resistance (Superconductor). Since scrubbing creates warmth, there would be zero heat and so the very low temperatures would be present. Also, not any friction means there would be no electrical level of resistance (Krim). Since there are many applications of superconductivity, this may be beneficial.
Overall, the a shortage of friction could cause various changes: some really good, and some awful. On the whole, yet , life would possibly be more difficult without friction. The biggest difficulty would be the a shortage of heat. Devoid of heat, humans and most types of life could die. In addition to that, movement can be difficult plus the human race could die away eventually anyhow due to the fact that we could no longer propagate. I would not want to live in a global without rubbing.
Works Reported
Goulding, Tanker. “Applied Physics. 18 Nov 1998. The College or university of Hull. 11 Nov 2008.
“Superconductor. Book. com Unabridged (v 1 . 1). Random House, Incorporation. 11 Nov. 2008..
Krim, Jacqueline. “Superconductors. NCSU Department of Physics. 12 June 2002. NCSU. 14 Nov 08.
1
