In a railroad classification yard, a 76-Mg freight car moving at 1.1 m /s at A encounters a retarder section of track at B which exerts a retarding force of 36 kN on the car in the direction opposite...


In a railroad classification yard, a 76-Mg freight car moving at 1.1 m /s at A encounters a retarder section of track at B<br>which exerts a retarding force of 36 kN on the car in the direction opposite to motion. Over what distance x should the<br>retarder be activated in order to limit the speed of the car to 3.2 m /s at C?<br>196 m<br>3.2 m<br>B<br>(Vertical scale exaggerated)<br>C<br>Part 1<br>Calculate the kinetic energies at A and C;<br>Answers:<br>TA =<br>i<br>kg m?/s?<br>Tc =<br>i<br>kg m?/s?<br>

Extracted text: In a railroad classification yard, a 76-Mg freight car moving at 1.1 m /s at A encounters a retarder section of track at B which exerts a retarding force of 36 kN on the car in the direction opposite to motion. Over what distance x should the retarder be activated in order to limit the speed of the car to 3.2 m /s at C? 196 m 3.2 m B (Vertical scale exaggerated) C Part 1 Calculate the kinetic energies at A and C; Answers: TA = i kg m?/s? Tc = i kg m?/s?

Jun 10, 2022
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