the action force is your foot when u strike the ball the reaction force is the ball being kicked
Your tarsals and metatarsals are used when kicking a ball because they are in your foot
Several forces come in to play when kicking a soccer ball. The immediate force may be the velocity of the player as they run to the ball. Another force is the centripetal force of the player's thigh as it rotates at the hip. The third force is the centripetal force of the players lower leg as it rotates at the knee. A forth force is the centripetal force of the player's foot as it rotates at the ankle. The angle at which the foot comes into contact with the ball will depend the angle of flight. For example, the lower the point of contact, the higher the trajectory of the ball.
The speed at which a foot kicks a soccer ball can vary depending on the force applied by the player. Typically, a kick from a professional soccer player can reach speeds of 50-80 miles per hour.
you could, but the kicking technique of kicking a football on a stand and a soccer ball on the ground is different. in football you need to tilt your foot as far out as you can to get maximum distance, but in soccer if you kicked a hard ball as hard as you could like that you would probably break something. in soccer you need to make you foot curve around the ball for accuracy. you would have the power but not the right kicking technique.
Can you identify action-reaction pairs? Let's see... A soccer player kicks a ball. The action reaction pair for the kick is:
Stay over the ball. Place your non-kicking foot next to the ball. Then drive your kicking foot straight to the ball. Make sure you do not hit the ball with your toes. Use your hips to direct the ball to where you want it to go. Now you try.
The unbalanced force in kicking a ball back and forth is the force exerted by each player's foot on the ball when they kick it. This force causes the ball to accelerate and change direction as it moves between the players.
With your leg make a kicking motion toward the ball... don't kick it with your toe... but kick with the inside of your foot on the side. ! =)
When kicking a soccer ball, mechanical energy is produced. This includes both the potential energy of the player's position before kicking the ball, as well as the kinetic energy generated as the ball is propelled forward by the player's foot.
To do this you have to put sll the power you have into your kick and twist your foot a little to the oppisite direction you are kicking to.
Kicking a soccer ball will propel it forward with force, causing it to move in the direction of the kick. The force of the kick will also determine the speed and trajectory of the ball.