slader A baseball player slides to a stop on level ground. Using energy consideration, calculate the distance the 65 kg baseball
 player slides, given his initial speed is 6 m/s and the force of friction against him is a constant 450N.
       
      
                
     
    
    
    
    
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Answer:
2.6 m
Explanation:
From work energy theorem we deduce that

The kinetic energy equals to the work dine against friction energy.
Where m represent mass, v is the velocity, f is the frictional force and d is unknown distance that the player slides.
Making d the subject of the formula then 
Then by substituting 450N for f, 65 kg for m and 6 m/s for v we obtain

 
                                
             
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The equivalent gravitational force is ~

We know that ~

where,
 = mass of 1st object = 500 kg = mass of 1st object = 500 kg
 = mass of 2nd object = 20kg = mass of 2nd object = 20kg
- G = gravitational constant =  
- r = distance between the objects = 2.12 m
Let's calculate the force ~
 
        
             
        
        
        
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