The electrostatic force two objects exert on each other is related to the distance between the objects. The larger the distance, the \( \quad \checkmark \) the electrostatic force will be (for the same \( q_{1} \) and \( q_{2} \) ).

The electrostatic force follows Coulomb's Law, which tells us that as the distance between two charged objects increases, the force between them decreases. This relationship is inversely proportional, meaning if you double the distance, the force drops to a quarter of its original value. So, recharging your positional awareness might just be the key when you're trying to keep your distance! In the real world, this principle is visible in everyday phenomena, like static electricity. Ever notice how you can brush your hair and create a spark? Or how laundry clings together? That’s the electrostatic force at work, pushing and pulling between charged particles. Understanding this can help in everything from designing better insulating materials to managing dust and debris in electronic devices. How electrifying is that?