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Yes, they use fossil fuels and they use liquid hydrogen and liquid oxygen.
by developing technology we can develop more advanced space suits/ rockets/ fuels/ houses (for living on mars)/ vehicles/ and other things that will help us survive on the harsh surface of mars that has an average temperature of −55 °C!
Energy density of petrol products are low when compared to hydrogen and other fuels.
Disadvantages of hybrid rocketsHybrid rockets exhibit some disadvantages when compared with liquid and solid rockets. These include:Oxidizer-to-fuel ratio shift ("O/F shift") - with a constant oxidizer flow-rate, the ratio of fuel production rate to oxidizer flow rate will change as a grain regresses. This leads to off-peak operation from a chemical performance point of view.Low regression-rate (rate at which the solid phase recedes) fuels often drive multi-port fuel grains. Multi-port fuel grains have poor volumetric efficiency and, often, structural deficiencies. High regression-rate liquefying fuels developed in the late 1990s offer a potential solution to this problem.For a well-designed hybrid, O/F shift has a very small impact on performance because Isp is insensitive to O/F near the peak.
Liquid rockets can use a single liquid, two liquids or, rarely, three fuels (more correctly called propellants). The most common type uses two propellants, generally one liquid fuel and one oxidizer -- such as liquid hydrogen (fuel) and liquid oxygen (oxidizer).
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There are hundreds of disadvantages and advantages. The main advantages are its power, its cheapness to manufacture, and its character. Disadvantages include pollution, inefficiency, and responsiveness (in most cases).
Use of Fuels in Portable Stoves are Lower heat output than some other fuels.
Advantages: they're reliable; and they're not expensive. Disadvantages: they're bad for the environment; and the carbon dioxide from burning them is causing global warming.
Advantages: they're reliable; and they're not expensive. Disadvantages: they're bad for the environment; and the carbon dioxide from burning them is causing global warming.
The inorganic/organic fuels that are used as propellent in rockets.
liquid hydrogen
Burning of fossil fuels and petrochemistry contributes to the pollution of the atmosphere. But also petrochemicals have hundrends of important and indispensable applications.
Soot is unburned carbon, it is in itself a loss of combustion efficiency and not a desireable product.
Yes, they use fossil fuels and they use liquid hydrogen and liquid oxygen.
by developing technology we can develop more advanced space suits/ rockets/ fuels/ houses (for living on mars)/ vehicles/ and other things that will help us survive on the harsh surface of mars that has an average temperature of −55 °C!
Oxygen and hydrogen