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  • Once an object enters orbit, what keeps the object moving sideways?
    In orbit, an object continues moving sideways due to inertia, specifically the fact that it is attempting to maintain its velocity in a straight line In the context of Newton's First Law of Motion, an object at rest or moving uniformly in a straight line will continue to do so unless acted upon by a net external force
  • Once an object enters orbit, what keeps the object moving sideways?
    Understanding Orbit and Forces Once an object enters orbit, such as a satellite around the Earth, it is continually moving sideways due to its inertia Inertia is the property of matter that causes an object to resist changes to its state of motion, thereby tending to move in a straight line unless acted upon by a force
  • Once an object enters orbit, what keeps the object moving sideways?
    In the absence of other forces, it will continue on its path in a straight line For an orbiting satellite, its inertia keeps it moving sideways as it travels through space Gravity: While inertia is responsible for the sideways movement, gravity acts as the centripetal force that pulls the object towards the center of the planet This data is
  • Once an object enters orbit, what keeps it moving sideways? - Brainly. com
    Centripetal Force: The orbiting object's sideways movement leads to a continuous change in direction caused by centripetal force, which is provided by the force of gravity If the object were to stop moving sideways, it would fall straight down instead of following a curved path around Earth Structure of orbits works under this principle; they
  • Once an object enters orbit, what keeps the object moving sideways . . .
    The sideways motion of an object in orbit is maintained by the interactions between gravity and centripetal force, created by the object's own inertia These forces, uncomplicated by air resistance in space, work together to ensure the stable orbit of the object Explanation: Once an object enters orbit, its continuous sideways motion is
  • Once an object enters orbit, what keeps the object moving sideways?
    In summary, inertia, together with the gravitational force acting on the object, keeps the object moving sideways in orbit This delicate balance allows the object to follow a circular path continually as it falls towards the planet without ever actually reaching it
  • What is the only force acting on an object orbiting Earth?
    The only force acting on an object orbiting Earth is gravity, which keeps the object in a continuous fall towards the planet while allowing it to maintain a stable orbit due to its forward motion In the vacuum of space, other forces like air resistance are negligible
  • What is the only force acting on an object orbiting Earth?
    The only force acting on an object orbiting the Earth, such as a satellite, is the force of gravity directed towards the Earth's center This gravitational force is crucial for maintaining the orbit by balancing the satellite's forward motion Unlike other forces like air resistance or friction, gravity is the dominant force in space


















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