Primarily gravity, but drag and solar pressure can affect it as well.
The main forces acting on a spaceship are thrust generated by its engines to overcome gravity and propel it through space, and drag caused by air resistance. In space, there is also the force of gravity from celestial bodies that can affect the trajectory of the spaceship. Additionally, internal forces such as the propulsion systems and structural forces within the spaceship play a role in its movement and stability.
Well usually gravity holds it down such as orbit, or it just stays in space. In space there are not any forces acting then it will not move if the rocket is not travelling.
by spaceship
Tying a spaceship up in space can be conceptualized through physics and mathematics rather than traditional knot-tying. To "tie" a spaceship in place, you could use gravitational forces, orbital mechanics, or tether systems that involve calculating the necessary angles and forces. This involves understanding vectors, centripetal force, and maybe even simulations of orbital trajectories to maintain a stable position relative to another body in space, such as a planet or station. Essentially, it's about managing forces and motion rather than physical ties.
You need to past your spaceship test to get a spaceship then go to a lunch pad then there you have it.
The front of a spaceship is typically called the bow or nose cone. This is the section that leads the way and is designed to withstand the forces and conditions of space travel.
through a spaceship get it star celebrity into outer space thorough a spaceship oh whatever
Spaceship is spelled as one word.
Only in space. A spaceship on land is called a landship and a spaceship in the ocean is, ironically, misnomered a seaship.
The spaceship in 2001: A Space Odyssey is called Discovery One.
In a spaceship.
travel in space