A rocket motor (rocket engine) does not need air from the atmosphere. It carries the oxidant (source of oxygen) as well as the fuel.
The organic molecule used as motor fuel is hydrocarbons, specifically in the form of gasoline or diesel. In the production of plastics, hydrocarbons are used to create polymers such as polyethylene and polypropylene.
The burning of fuel can vary based on the type of fuel and the conditions in which it is burned. However, some fuels like diesel and coal tend to burn more slowly compared to gasoline, which typically burns more quickly.
Variances in temperature determine how brightly a fire burns. The hottest, brightest fires burn white or light-yellow. A bright-white fire burns around 2,600 degrees F, while the hottest fire, a dazzling white, burns around 2,700 degrees F.
A luminous flame produces a crackling or roaring sound due to the rapid combustion of fuel. The sound is caused by the release of energy as the flame burns, creating vibrations in the surrounding air. The intensity of the sound can vary depending on the type of fuel and the conditions of combustion.
Combustion typically sounds like crackling, popping, or roaring due to the rapid release of energy as fuel burns. The sounds can vary depending on the type of fuel, temperature, and oxygen levels present during combustion.
An internal combustion engine burns fuel inside.
LPG or Liquid Petroleum Gas is a fuel, not a car. Pretty much ANY motor vehicle that is powered by an engine that burns fuel can be powered by LPG.
That's a very important question. To be very technical, the rocket motor burns without "air" ... outside the atmosphere ... because it takes its own oxygen along with it. There's always a chemical called an "oxidizer" somewhere in the rocket, either mixed into the fuel, or else in a separate tank.
The same type you use in a current production diesel motor...
coal
Naturalgas
The type of motor which is known as the Johnson series J0005530, is a fuel-injected motor which uses pistons to operate.
This actually depends on the type of fuel, but often, water vapor, pollutants and energy.
coal
Yes. As a general rule the faster it burns the hotter it gets.
When fuel burns, it primarily produces carbon dioxide (CO2) and water vapor (H2O) as combustion products. Incomplete combustion can also lead to the production of carbon monoxide (CO) and other pollutants, depending on the type of fuel and the combustion conditions. The exact composition of gases produced can vary based on the fuel type and the efficiency of the combustion process.
The organic molecule used as motor fuel is hydrocarbons, specifically in the form of gasoline or diesel. In the production of plastics, hydrocarbons are used to create polymers such as polyethylene and polypropylene.