0
What else can I help you with?
If the science of lightning strikes could be harnessed in spacecraft would spacecraft travel at or near speed of light?
No. Lightning and propulsion systems that we currently use have no relation to each other. Lightning is an atmospheric phenomenon and there is no atmosphere in space. The only thing along this line of thinking that may be distantly related is the theory of using an ion drive as a propulsion system. According to the theory, this may allow spacecraft to approach the speed of light. Ions are produced during lightning strikes, so there is a slight correlation.
How would a spacecraft have enough fuel to leave mars?
A spacecraft leaving Mars would need to carry enough fuel to achieve escape velocity from the planet's gravity well. This fuel would typically be carried on board the spacecraft in the form of liquid or solid propellant, either in the main propulsion system or in auxiliary thrusters. The amount of fuel required would depend on the spacecraft's mass, the desired trajectory, and the efficiency of the propulsion system.
Problems and solutions to sending humans to Jupiter?
One problem of sending humans to Jupiter is the radiation environment caused by Jupiter's strong magnetic field. Solutions could include developing advanced shielding technology or creating faster spacecraft to reduce exposure time. Another problem is the long travel time due to Jupiter's distance from Earth, which could be addressed by improving propulsion systems or exploring the use of advanced propulsion concepts like nuclear thermal propulsion.
How much horspower does a spacecraft normally have?
Unfathomable horsepower. It needs such high horsepower to break away from the planet's atmosphere. I am hoping you aren't planning on building one yourself, but if you are you should watch "The Astronaut Farmer" to get an idea of the process.The Space Shuttle has three engines that produce over 37 million horsepower! That is equal to the horsepower in approximately 400,000 cars, as a great many cars now have under 100HP for economical operation. ...also equal to the hp in 10 million lawnmowers, or 80,000 weed whackers!Needless to say we could never drive a car with that much hp.
How does a UFO work?
The question is a real tough one to crack, but given the advances in physics and science much research is underway to built a UFO and the basic strategies pursued could be one or many incorporated of the following: 1)Electro-gravitic propulsion 2)Plasma propulsion 3)Magneto-hydrodynamic propulsion 4)Fusion propulsion 5)Inertial propulsion
How astronauts reach spacecraft if somebody drifts away from spacecraft?
If he is not tied properly he could float away, but they are careful.
What is inside a rocket?
Inside a rocket, you will typically find a payload, which is the object the rocket is carrying into space. This could be a satellite, a spacecraft, or scientific instruments. Additionally, there will be a propulsion system, such as engines and fuel tanks, that provide the thrust needed to propel the rocket into space.
How can the concept of gravity laser be applied in space exploration to propel spacecrafts efficiently?
The concept of a gravity laser could potentially be used in space exploration to propel spacecrafts efficiently by harnessing the gravitational pull of celestial bodies to provide a powerful and continuous source of propulsion. By focusing a laser beam on a distant object with a strong gravitational field, such as a planet or star, the spacecraft could be propelled forward by the gravitational force exerted on it. This method could potentially allow for faster and more efficient travel through space, reducing the need for traditional fuel-based propulsion systems.
How fast would a spacecraft travel with the emdrive?
The EmDrive, a proposed propulsion system that purportedly uses microwaves for thrust without propellant, has not been demonstrated to work according to the laws of physics as currently understood. If it were to operate effectively, theoretical estimates suggest it could potentially allow spacecraft to achieve speeds significantly higher than conventional chemical propulsion, potentially reaching a fraction of the speed of light over extended periods. However, because the EmDrive remains controversial and unproven, any specific speed predictions remain speculative. Thus, without empirical evidence, it's impossible to provide a definitive answer.
What the propulsion the the esophagus?
Propulsion of the esophagus is just a term for the way the cilia within the mucus lining of the esophagus move food down it into the stomach. You could swallow upside-down because of this.
What is the maximum speed of spacecraft?
The maximum speed of spacecraft varies significantly depending on the type of mission and propulsion technology used. For example, the Parker Solar Probe, launched in 2018, is expected to reach speeds of about 430,000 miles per hour (700,000 kilometers per hour) as it approaches the Sun. However, in terms of theoretical limits, spacecraft could potentially reach speeds approaching the speed of light (approximately 299,792 kilometers per second) with advanced concepts like warp drives, though this is still purely theoretical and not achievable with current technology.
How long does it take to travel from Saturn to Uranus?
The travel time from Saturn to Uranus depends on the spacecraft's speed and trajectory. For example, the Voyager 2 spacecraft took about 8 years to travel from Saturn to Uranus, following a gravity assist route. In general, a direct journey could take anywhere from 8 to 14 years, depending on the technology used and the specific launch window. Modern missions may vary significantly based on advancements in propulsion systems.
