Calculating Retarding Force on a Golf Ball Struck with a High Lofted Club

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To calculate the retarding force on a golf ball struck with a high lofted club, one must consider the ball's mass of 45 grams and its descent from a height of 20 meters before plugging into the ground to a depth of 5 cm. The problem involves applying principles of physics, particularly those related to gravity and deceleration. Forum guidelines emphasize that users should not receive direct solutions to homework problems but must demonstrate their understanding by listing relevant equations and showing their work. Participants are encouraged to engage with the problem-solving process rather than simply seeking answers. Understanding the concepts behind the calculations is essential for mastering the topic.
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A Golf ball is struck with a high lofted club it falls to Earth under the influence of gravity from a height of 20m. It then plugs into soft ground and comes to rest suddenly without rebound. It then plugs in a depth of 5cm. Find the retarding force which acts on the ball. It has a mass of 45 grams.
 
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Grinter1: The PF rules state we are not allowed to tell you how to approach or solve your homework problem. See the required homework template that appears when you start to create a new thread in the homework forums. You must list relevant equations yourself, and show your work; and then someone might check your math.
 
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