In perfect combustion, gasoline would be completely converted into carbon dioxide (CO2) and water vapor (H2O), with no unburned fuel or other byproducts left behind. This process involves the complete reaction of gasoline molecules with oxygen to produce these two compounds without any waste products.
Perfect combustion occurs when a fuel is burned completely in the presence of sufficient oxygen, resulting in the production of carbon dioxide and water as the only byproducts. This ideal process is characterized by maximum heat release and high efficiency.
There is no specific statistic on the percentage of teens who starve themselves to achieve a perfect body. However, disordered eating behaviors are common in adolescents striving to achieve the perceived societal ideal of beauty. It is important to encourage healthy and balanced approaches to nutrition and body image in teens.
When natural gas is burnt, the primary gases produced are carbon dioxide (CO2) and water vapor (H2O), along with smaller amounts of nitrogen oxides (NOx) and sulfur dioxide (SO2) depending on the combustion conditions. Additionally, incomplete combustion can lead to the production of carbon monoxide (CO).
The seven perfects of Earth are Perfect Faith, Perfect Love, Perfect Charity, Perfect Honesty, Perfect Unselfishness, Perfect Wisdom, and Perfect Courage. These qualities are considered virtues that help individuals lead fulfilling and righteous lives.
Working on Hydrogen On Demand system. We would like to know % gasoline burned in engine. Currently we have 70% burned with rest burned in catalytic converters (2) for pollution control. We want to use HHO to get 100% burn as HHO burns at 5600 degrees F. What is best answer? HHO from electrolysis burns at abour 5600 deg. F. from our data. What temperature does gasoline and air burn in the engine? Seems hard to find data. - - - - - It's not THAT hard to find the temperature...the adiabatic flame temperature (a theoretical construct that assumes no heat loss) is 3500 degrees F. In the real world it's about 2800 F. The efficiency of a piston engine is about 20 percent. You've got to overcome friction in the engine, for one thing. HHO is not going to help you get 100-percent fuel burn. There are a lot of reasons you don't get 100 percent burning - they intentionally put more fuel in the engine than can be burned (it's called a "rich" mixture) because if you have too much air, the engine runs real hot and burns up. If you throw HHO in there, you'll get 100-percent combustion of the hydrogen...but when you dissociate water into HHO gas, you provide a perfect stochiometric ratio of hydrogen to oxygen, so there's no more air in there to burn gasoline than there was before. (Having said that, you will need less gasoline per stroke to get the engine to move because part of the fuel is hydrogen...but your engine will need more gasoline because it requires more power to electrolyze water than the hydrogen and oxygen can return to you when you burn it, and the place you're going to get the power to electrolyze the water is from your engine.) If it was me, I would forget about the overhyped HHO thing and put a really small turbo on the engine - not to get big big power, but to increase the amount of turbulent air flowing into the cylinders.
No, candles do not produce nitrogen when they are burning. The main products of candle combustion are carbon dioxide and water vapor.
Carbon dioxide (CO2) is the primary gas that occurs when burning fossil fuels. Other gases such as carbon monoxide (CO) and sulfur dioxide (SO2) can also be released depending on the composition of the fuel and combustion process.
If it is just backfiring, it would be one of two problems that i personally know of. First guess would be that your engine timing is off. That would consist of valves not opening and closing at the proper time. When the engine's pistons are at Top Dead Center (TDC), both valves should be closed to achieve sufficient compression to support perfect combustion. If intake or exhaust valves are not opening or closing at the proper times, the spark plug will ignite the gasoline vapors at the wrong time, when a valve is barely opened or not quite closed. The outcome from these things; compression from the piston thrusting upwards, spark igniting gasoline vapors, and a valve that is barely open, or not quite closed will make a gunshot like sound. My second guess would be, the engine is getting too much fuel, if you have a fuel injected car this is less likely the case, not impossible, but less likely. Mostly carberuated engines will have this problem, the carberuator will allow too much gasoline into the engine cylinders. when the combustion occurs, it is prolonged. Therefore the exhaust valve will open before combustion is complete. The outcome is the same as if the timing were off. you have compression, combustion and an open valve basically resulting in a gunshot like sound. A less likely problem would be a fouled plug. If you have a fouled spark plug, the cylinder may only achieve combustion every few revolutions. By that time, too much gasoline is in the individual cylinder causing a prolonged combustion. If you need to know possibles fixes and how to's for these problems, just let me know.
Reaction or process that does not convert all of the fuel's carbon and hydrogen into carbon dioxide and water, respectively. For example, incomplete combustion of carbon produces carbon monoxide.It is also a flame, but this flame is a jellow one so is not as harmfullHowever none of these answers will help with your homework when you are in year 7.
Complete combustion is very hard to obtain, unless you have nearly perfect conditions and little cause for error.
In many ways, hydrogen is the perfect fuel. It is the cleanest burning and the most efficient. :)
no
If the burning is incomplete it will. Ideally perfect burning of fuel produces water vapor and carbon dioxide.
The question cannot be answered unless you define what you mean by "worse". Both pollute. You also have to describe the conditions under which the coal is burnt. Burning high sulfur coal can produce oxides of sulfur that cause acid rain but emissions regulations may require scrubbers on coal-fired power plants that remove the oxides of sulfur. Internal combustion engines in new cars have catalytic converters that remove oxides of sulfur and nitrogen. Diesel engines may not be regulated to have catalytic converters. Lawnmower and motorcycle engines generally don't have catalytic converters either. The cleanest coal and the cleanest internal combustion (gasoline) engine both dump carbon dioxide into the air. For the same weight of fuel burnt, coal produces about twice as much energy (A pound of coal produces 43000 btu and a pound of gasoline produces 18000 btu). 1 pound of coal produces 3.3 pounds of carbon dioxide (CO2) and 1 pound of gasoline produces 2.8 pounds of CO2. This assumes perfect burning. Based on this, alone, coal produces half as much CO2 for the same amount of energy. CO2 is considered a greenhouse gas and is credited with causing global warming. If the internal combustion engine uses hydrogen for fuel, the engine dumps only water and a small quantity of nitrogen oxides into the air... but, in order to make the hydrogen, you would need to use about twice as much electrical energy as ends up stored in the hydrogen - probably from burning, you guessed it, coal.
They were hoping to have a perfect society
Perfect combustion occurs when a fuel is burned completely in the presence of sufficient oxygen, resulting in the production of carbon dioxide and water as the only byproducts. This ideal process is characterized by maximum heat release and high efficiency.
One can purchase a wood burning heater from a variety of stores. Stores such as Home Depot, Northline Express, and Home Perfect sell wood burning heaters.