If a satellite's speed is less than the required orbital speed, what will happen

If a satellite's speed is less than the required orbital speed, what will happen?

If a satellite's speed is less than the required orbital speed, what will happen?

Step 1: Understand that satellites need to move at a specific speed to stay in orbit around the Earth.
Step 2: Recognize that this specific speed is called the 'orbital speed.'
Step 3: If a satellite's speed is less than this orbital speed, it means it is moving too slowly.
Step 4: A satellite needs enough speed to create a force that keeps it in orbit, called 'centripetal force.'
Step 5: If the satellite is too slow, it won't generate enough centripetal force.
Step 6: Without enough centripetal force, the satellite cannot stay in orbit and will start to fall towards the Earth.
Step 7: Eventually, the satellite will descend and may crash back to the Earth's surface.

Orbital Mechanics – Understanding the relationship between speed, gravitational force, and orbital stability.
Centripetal Force – The force required to keep an object moving in a circular path, which in this case is provided by gravity.