My Project

Introduction.

This is the item that I will be using for the Compressor Ignition project I will be working on. The lever that you see me pressing will quickly run down and it will ignite a Small piece of cotton that we will later place under so you may see the effect.

How dues the ignition happen.?

This ignition is possible by the heat made as I press the lever down Fast, and Hard, the cotton being a soft tissue will make it easy to see the process. No fuels will be used to help the ignition happen, it will only be the person pressing the lever that will provide the energy.

Materials.?

Compressor Igniter.

cotton

volunteer.

Scientific Principle

A transformation of a thermodynamic system can be considered adiabatic when it is quick enough that no significant heat is transferred between the system and the outside. At the opposite extreme, a transformation of a thermodynamic system can be considered isotherm if it is slow enough so that the system's temperature remains constant by heat exchange with the outside.

The adiabatic processes is the processes that helps us explain how no heat is lost or gained. the first law of thermodynamics shows the change is heat after the lever from the compressor is pressed. the thermodynamic process explains the efficiency of this machine compered to the rest. The thermal dynamic law monitors the internal energy, temperature,heat. this is important to clerking how it is possible to com-bust with out any oxygen or fuel added to com-bust.

My experiment involves no loss of heat therefor the diabolic posses is applied. Enforced by Q=0 demonstrates how no heat is loss in the isolated glass that blocks all outside forces. The entire ignition is caused by the speed and pressure that heats up the well insulated cylinder. The paper containing a low combustibility temperature makes the heat reach inside by the gas able to make it catch fire.