Mainly gravity and air drag
During landing, the space shuttle experiences significant forces due to its high speed and the need to decelerate rapidly. The aerodynamic drag and lift forces act on the shuttle, while the landing gear absorbs the impact forces upon touchdown, which can exceed several times the shuttle's weight. The shuttle's descent is carefully controlled to manage these forces, ensuring a safe landing. Overall, the forces involved are substantial, requiring precise engineering and piloting to handle effectively.
The space shuttle carries oxygen for the astronauts to breathe. It is necessary for sustaining human life in the spacecraft since there is no atmosphere beyond Earth's atmosphere. Oxygen is also used for various life support systems and for maintaining a safe environment inside the shuttle.
The black tiles on the space shuttle act as a heat-resistant thermal protection system. They help dissipate the intense heat generated during re-entry by absorbing and radiating heat away from the spacecraft, protecting it from burning up.
Gravity. Every object exerts a gravitational pull on others. If two particles come into proximity in the near vacuum of space they will be attracted to each other, as they are free from the influence of stronger external forces.
NASA, the National Aeronautics and Space Administration, was created on July 29, 1958, in response to the Soviet Union's successful launch of the Sputnik satellite in 1957. It was established by the National Aeronautics and Space Act, which aimed to coordinate and advance U.S. space exploration efforts. NASA replaced the National Advisory Committee for Aeronautics (NACA) and took on a broader mission to conduct civilian space research and exploration. The agency has since played a pivotal role in numerous space missions, including the Apollo moon landings and the Space Shuttle program.
During landing, the space shuttle experiences significant forces due to its high speed and the need to decelerate rapidly. The aerodynamic drag and lift forces act on the shuttle, while the landing gear absorbs the impact forces upon touchdown, which can exceed several times the shuttle's weight. The shuttle's descent is carefully controlled to manage these forces, ensuring a safe landing. Overall, the forces involved are substantial, requiring precise engineering and piloting to handle effectively.
The space shuttle carries oxygen for two reasons: to allow the crew to breathe and to act as an oxidizer for its hydrogen fuel.
Yes. The space shuttle carries oxygen for its crew to breathe and to act as an oxidizer for its fuel.
When all the forces of a force system act in one plane it is called coplanar force system. If the forces act in more than one plane then it is forces in space. In this case forces are not contained in one plane. When all the forces of a system pass through a common point they are called concurrent forces. Thus we have concurrent coplanar forces when all forces are in one plane and pass through a common point. Also when forces in space pass through a common point we have concurrent forces in space.
The space shuttle carries oxygen for the astronauts to breathe. It is necessary for sustaining human life in the spacecraft since there is no atmosphere beyond Earth's atmosphere. Oxygen is also used for various life support systems and for maintaining a safe environment inside the shuttle.
In plane forces, all forces are confined to a two-dimensional plane, while in space forces, forces can act in three dimensions. Plane forces involve only forces in the x and y axes, while space forces can include forces in the z axis as well. Space forces require vector analysis in three dimensions, while plane forces use scalar analysis in two dimensions.
The act of searching out new lands is exploration
The space around a charged object where electric forces act is known as the electric field. This electric field exerts a force on any other charged particles that are placed within it, causing them to experience an electric force.
The indian removal act
The black tiles on the space shuttle act as a heat-resistant thermal protection system. They help dissipate the intense heat generated during re-entry by absorbing and radiating heat away from the spacecraft, protecting it from burning up.
Their muscles slowly weaken because they do not have to act against the forces gravity in the Zero-Gravity environment of space.
President Nixon formally approved and announced the proposal for the development on January 5th, 1972. This was in response to recommendations from the Space Task Group he established, most of whose ideas he disapproved of and did not act upon.