in the photo, the offroad vehicle driver is trying to drive in reverse while other kid is pulling in the opposite direction. Can you identify three action/reaction forces pairs?

1. The driver pushing on the accelerator and the vehicle moving in reverse.

2. The driver pulling on the steering wheel and the vehicle turning in the opposite direction.
3. The kid pulling on the vehicle and the vehicle being pulled in the opposite direction.

Did you know?

Did you know that every action has an equal and opposite reaction? In the photo, the offroad vehicle driver trying to drive in reverse and the other kid pulling in the opposite direction exhibit this fundamental concept. Three action/reaction force pairs can be identified here. Firstly, the force exerted by the driver on the vehicle's gas pedal creates an action force, which in turn produces a reaction force pushing the vehicle backward. Secondly, the kid pulling in the opposite direction exerts an action force on the vehicle, causing a reaction force that resists the motion. Lastly, the friction between the vehicle's tires and the ground generates an action force that helps propel the vehicle backward, with an equal reaction force pushing the tires forward. Understanding action and reaction forces enhances our comprehension of how objects move and interact with each other.