The simultaneous equal but opposite forces resulting from the interaction of two objects are called action-reaction forces, also known as Newton's Third Law of Motion.

Here's a breakdown:

* Action Force: The force that one object exerts on another.

* Reaction Force: The equal and opposite force that the second object exerts back on the first object.

Key Points:

* Equal in magnitude: The action and reaction forces have the same strength.

* Opposite in direction: They act in opposite directions along the same line of action.

* Simultaneous: They occur at the same time.

* Act on different objects: The action force acts on the second object, and the reaction force acts on the first object.

Examples:

* Walking: When you push your foot against the ground (action force), the ground pushes back on your foot (reaction force), propelling you forward.

* Jumping: When you jump, you push down on the ground (action force), and the ground pushes up on you (reaction force), launching you into the air.

* Rocket launch: The rocket expels hot gas downwards (action force), and the gas pushes the rocket upwards (reaction force).

It's important to remember that action-reaction forces do not cancel each other out. They act on different objects, causing them to accelerate or change their motion.