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.
When a space shuttle lands, the main forces acting on it are gravitational force, aerodynamic drag, and the thrust from any retro rockets or thrusters being used. Additionally, the landing gear and brakes may also generate frictional forces as they slow down the shuttle.
The forces acting on a space shuttle during its flight include thrust, drag, gravity, and lift. Thrust is generated by the shuttle's rocket engines, propelling it upward. Gravity acts downward, pulling the shuttle towards Earth, while drag opposes its motion through the atmosphere. Lift, generated by the shuttle's wings, helps counteract gravity during ascent and assists in controlled descent.
The two forces acting on a space shuttle during take off and throughout its ascent through the atmosphere are Thrust and Weight. Moreover, there is also a drag force in the direction of the weight, i.e., opposite to the motion of the space shuttle. Hope that's what you were looking for. :)
The Earth's gravity primarily, plus atmospheric friction though that rapidly falls with altitude.
vertical loads, longitudinal loads and vertical loads
The forces acting on an aircraft during any phase of flight: thrust, drag, lift, and weight.
When a space shuttle lands, the main forces acting on it are gravitational force, aerodynamic drag, and the thrust from any retro rockets or thrusters being used. Additionally, the landing gear and brakes may also generate frictional forces as they slow down the shuttle.
The two forces acting on a space shuttle during take off and throughout its ascent through the atmosphere are Thrust and Weight. Moreover, there is also a drag force in the direction of the weight, i.e., opposite to the motion of the space shuttle. Hope that's what you were looking for. :)
The Earth's gravity primarily, plus atmospheric friction though that rapidly falls with altitude.
The main forces acting on a shuttle on the launch pad are the gravitational force pulling it downwards, the normal force exerted by the ground pushing it upwards, and possibly wind resistance. Additionally, the rocket engines may be applying a thrust force in preparation for launch.
United Nations forces made an amphibious landing at Inchon, South Korea during the Korean War. United States forces made an amphibious landing near Rome, Italy and the beaches at Normandy during World War II.
During a shuttle launch, astronauts experience high G-forces which can cause increased blood pressure, changes in vision, and difficulty breathing. The force of gravity can also compress the spine and put stress on the body, leading to potential muscular-skeletal issues. As the shuttle accelerates, the astronauts feel heavier due to the increasing G-forces acting on their bodies.
Inchon, Korea
hot air rising (less dense air), gravity. aero dynamics dont do much
The two main forces acting on a rocket during takeoff are thrust, which propels the rocket upward, and gravity, which pulls the rocket downward.
As Felix Baumgartner jumped to earth during his space jump, the main forces acting on him were gravity pulling him downward and air resistance pushing against him as he fell through the atmosphere. These forces affected his speed and trajectory during the jump.