A rocket plane does not have to fight against air resistance if there is no air.
A water rocket goes higher with less water because a lighter rocket will experience less drag and require less thrust to reach higher altitudes. By reducing the amount of water, the rocket becomes lighter and more efficient in achieving greater heights.
To increase rocket speed, you can add more propellant to increase thrust, reduce the rocket's mass by shedding unnecessary weight, or improve aerodynamics to minimize drag. Additionally, optimizing the rocket's trajectory and using efficient engine designs can also help increase speed.
In terms of energy efficiency, a lever is typically more efficient than an inclined plane because it allows for the same work to be done with less force. Levers utilize the principle of torque, which enables them to magnify the force applied to them. However, the efficiency can depend on the specific task and design of the mechanism.
An escalator is considered an inclined plane because it is a type of simple machine that is sloped at an angle, allowing people to move between different levels in a building more easily by exerting less effort. Its design utilizes the principle of an inclined plane to make vertical movement more efficient and convenient.
The absence of friction is important when studying interacting objects because it allows us to isolate and analyze the effects of other forces acting on the objects without interference from friction. This helps us understand the underlying principles of interactions, such as Newton's laws of motion, more clearly. Additionally, it simplifies calculations and makes predictions more accurate.
its really both, it goes up like a rocket and comes down like a plane
It is cheaper and more efficient.
The heat riser in a rocket stove helps create a strong upward draft that pulls in fresh air, allowing for more complete combustion of fuel. This results in a more efficient and cleaner burning process.
A rocket with 2 or more stages is called a multi-stage rocket. Each stage contains its own engines and fuel supply, and is jettisoned once its fuel is depleted to reduce the overall weight of the rocket. This allows for more efficient use of fuel and higher altitude and velocity capabilities.
It’s makes a explosion
It made it possible to fly greater distances with a rocket. Also it could be 2 different types of rocket like a more pushy one for blastoff, then a more compressed longer lasting cursing rocket. This was because it was more efficient that way.
Rocket fuel contains oxygen, which is not found in space. A rocket in space could theoretically work in space if it were to carry its own oxygen, but other fuels such as hydrogen are more efficient.
It changes the flow of air over the ends of the wings making the plane more fuel efficient.
They are believed to be as the entire space plane is reusable instead of most of a rocket being discarded on every mission. However the space shuttle system was supposed to be more efficient than ordinary rockets because most of the vehicle was reusable, but it actually turned out less efficient for unmanned launches. One must be careful to consider all costs and tradeoffs and this is not easy for new not yet tried systems that might have unanticipated issues.
A water rocket goes higher with less water because a lighter rocket will experience less drag and require less thrust to reach higher altitudes. By reducing the amount of water, the rocket becomes lighter and more efficient in achieving greater heights.
To increase rocket speed, you can add more propellant to increase thrust, reduce the rocket's mass by shedding unnecessary weight, or improve aerodynamics to minimize drag. Additionally, optimizing the rocket's trajectory and using efficient engine designs can also help increase speed.
More efficient and most efficient are the comparative and superlative forms of "efficient".