Pembakaran akan dikatakan sempurna

Pembakaran akan dikatakan sempurna apabila campuran bahan bakar dan oksigen (dari udara) mempunyai perbandingan yang tepat (stoichiometric), hingga tidak yang sisa. Bila asupan oksigen terlalu banyak, dikatakan campuran kurus dan hasil dari pembakaran menghasilkan api oksidasi. Sebaliknya, bila bahan bakar terlalu banyak (tidak cukup oksigen), dikatakan campuran kaya sehingga pembakaran menghasilkan api reduksi. Pada motor bensin, campuran udara dan bahan bakar tersebut dinyalakan dalam silinder oleh bunga api yang dihasilkan dari busi pada akhir langkah kompresi dengan suhu pembakaran antara 2100°K sampai 2500°K. waktu pembakaran yang teratur lamanya kira-kira 3 mili detik (0,003 s)

Hasil (Inggris) 1:

Combustion will be said to be perfect if the mixture of fuel and oxygen (from the air) has a proper comparison (stoichiometric), not the rest. When the oxygen intake too much, said to be a mixture of thin and results from combustion produces flames oxidation. Conversely, if too much fuel (not enough oxygen), said rich blend so that combustion produces fire reduction. On motor fuel, a mixture of air and fuel in the cylinders is ignited by the spark plugs that result from the compression step at the end with burning temperature between 2100 ° K up to 2500 ° K. regular length of burning time approximately 3 milli seconds (0.003 s)

Hasil (Inggris) 2:

Combustion will be said to be perfect when the mixture of fuel and oxygen (from the air) have the right ratio (stoichiometric), until no remnant. When the oxygen intake too much, said lean mixture and results from burning produces flame oxidation. Conversely, if the fuel is too much (not enough oxygen), is said to be a rich mixture so that combustion produces fire reduction. In the gasoline motor, a mixture of air and fuel that ignited in the cylinder by a spark generated from the spark plug at the end of the compression stroke of the combustion temperature of 2100 ° K and 2500 ° K. Regular burning time duration of approximately 3 milliseconds (0.003 s)