The answer depends on the size of the stone. It is probably easier to drag a small stone. A large stone is much harder to drag. You can kick it easily. Kicking it may not move it at all, but the effectiveness of kicking is not relevant to the question.
Chat with our AI personalities
No precisely-minded individual would go anywhere near that question
without an agreement on what you mean by "easier".
When you kick a stone, your foot exerts a force on the stone, causing it to move away. Simultaneously, the stone exerts an equal force back on your foot in the opposite direction, which can cause your foot to experience a reaction force or potential pain, depending on the force exerted by the stone.
A free kick is awarded to the opposing team after a foul. The location of the free kick depends on the severity and location of the foul.
i think chuck norris did the first fasted kick at 60 mile per hour
The strongest kick in Tae Kwon Do is generally considered to be the back kick (dwi chagi). It is a powerful and fast kick that generates a lot of force by using the momentum of the body and rotation of the hips. The back kick is commonly used in sparring and self-defense situations due to its effectiveness in generating power and speed.
No, it is not possible to kick a ball to Uranus. Uranus is a planet in our solar system that is over 1.7 billion miles away from Earth, so kicking a ball there is not feasible with current technology.