You didn't provide a list for "Which of the following....", so we don't know what you're looking for. However, kerosene, hydrazine, liquid oxygen, and red fuming nitric acid are among some of the often-used liquid rocket fuels. Commercial organizations generally use things like liquid oxygen and kerosene, which are inexpensive and relatively safe fuels. NASA often prefers fuels with a slightly higher energy like hydrazine, even though hydrazine and RFNO are very expensive, difficult to work with, and VERY hazardous.
Other than rockets that use solid propellants or liquids (hydrazine, kerosene), large multi-stage rockets can be fueled with liquid hydrogen and liquid oxygen. The frigid liquid form is used because it provides a greater volume of propellant than simply pressurized gas. The more fuel it has, the faster and higher a rocket can go.
Liquid hydrogen is a common fuel used in rocket engines.
Milk is a liquid substance that arises from mammals and is classified as a liquid food item.
Fuel is typically stored in rockets either as liquid fuel in fuel tanks or as solid fuel in a casing. Liquid fuel rockets have separate tanks for liquid oxygen and liquid hydrogen or kerosene, while solid fuel rockets have a solid propellant mixture in a casing. Both types of fuel storage systems are designed to be safe, efficient, and controlled during flight.
A non-liquid substance is a material that is not in a liquid state, such as a solid or a gas.
Solids: Rockets that use solid propellants to generate thrust, like the boosters on the Space Shuttle. Liquids: Rockets that use liquid propellants, such as liquid oxygen and liquid hydrogen, like the engines on the Falcon 9. Hybrid: Rockets that use a combination of solid and liquid propellants, offering a balance between simplicity and performance, like the SpaceShipTwo.
It initially takes a large amount of energy to overcome Earths gravity. The aluminum oxide rockets get the shuttle moving and once they are lit up they burn until done. The liquid H2/O2 engines burn in a controlled, steerable manner to control entry into orbit.
Pratically the entire interior volume of the lower stages of rockets is fuel. This is why they have to be large: to hold enough fuel to accelerate the upper stages and carry them into orbit. The fuel may be liquid or solid. The space shuttle main engines used liquid oxygen and liquid hydrogen, which was heated back to a gaseous state just before it burned in the rocket engines.
gasoline along with liquid oxygen, so the fuel can burn
Rockets typically use either liquid or solid propulsion engines. Liquid engines burn a combination of liquid fuel and oxidizer, allowing for adjustable thrust and the ability to shut down and restart. Solid rocket motors, on the other hand, contain a pre-loaded mixture of fuel and oxidizer that burns once ignited, providing a simpler design but less control over thrust. Some advanced rockets also utilize hybrid engines that combine elements of both liquid and solid propulsion.
Traditionally, rockets use cryogenic (super-cold) oxygen and hydrogen.
Three main types of rockets that power modern spacecrafts are liquid-propellant rockets, solid-propellant rockets, and hybrid rockets. Liquid-propellant rockets use liquid fuel and oxidizer, solid-propellant rockets use solid fuel and oxidizer mixed together, and hybrid rockets use a combination of solid and liquid propellants.
Other than rockets that use solid propellants or liquids (hydrazine, kerosene), large multi-stage rockets can be fueled with liquid hydrogen and liquid oxygen. The frigid liquid form is used because it provides a greater volume of propellant than simply pressurized gas. The more fuel it has, the faster and higher a rocket can go.
Depends of which rocket you are talking about. Fire arrows used gun powder, but they were made to explode. Goddars rocket used liquid oxygen and gasoline. The Saturn V F1 engines used Liquid oxygen and kerosene while the J2 engines used liquid oxygen and liquid hydrogen.
Rockets primarily use liquid hydrogen and liquid oxygen as fuel. These are combined in the rocket's engines to produce thrust by undergoing a chemical reaction and creating high-pressure gases that are expelled through a nozzle to propel the rocket forward.
Some rockets, such as liquid fuel rockets, carry liquid oxygen (LOX) as an oxidizer in a separate tank. The LOX is then mixed with the rocket's fuel and ignited to create thrust. Other rockets, like solid fuel rockets, have an oxidizer mixed into their solid fuel composition.
The two main types of rockets are liquid fuel rockets, which use liquid propellants like liquid oxygen and kerosene, and solid fuel rockets, which use a solid mixture of fuel and oxidizer. Liquid fuel rockets offer more control and efficiency, while solid fuel rockets are simpler in design and more reliable.