Question

Team B's keeper leaves the goal in pursuit of the ball. Team A shoots at the wide open goal, and just as it appears to be going in, a defender deliberately handles the ball. Your response?

A) Direct free kick for Team A from the spot of the handball.

B) Penalty kick for Team A.

C) Indirect free kick for Team A from the spot of the handball.

D) Goal kick for Team B.

Answer 1

To determine if a goalkeeper can kick a soccer ball from one goal to another without it touching the ground, projectile motion calculations need to be performed with an initial speed of 30 m/s.

Step-by-step explanation:

To determine if the goalkeeper can kick the ball from one goal to the other without it touching the ground, we must understand the physics of projectile motion. Considering that the goalkeeper can kick the ball with an initial speed of 30 m/s, we can use kinematic equations to calculate if the ball can cover a distance of 95 meters. However, an analysis considering air resistance, ball spin, and the angle of launch will be required for a definitive answer. For simplicity, if we ignore these factors and assume a perfect projectile scenario, the basic physics calculations involving projectile motion can give us a theoretical response.