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Question #121single-choiceverified

Calculate the suspension reaction forces Fe and Fg according to the scheme if Fw,y=1kN, c=200mm, b=100mm.

Simplified frontal schematic of a wheel/upright assembly at right connected to the dashed chassis outline at left by two horizontal suspension links. Upper link E is at the higher attachment, with reaction-force arrow F_E pointing left at its chassis-side end; lower link G is below it, with reaction-force arrow F_G pointing right. At the tire–ground contact, a lateral force F_{w,y} is shown pointing left. On the right, dimension c is the vertical spacing between upper joint E and lower joint G, and b is the vertical distance from G down to the ground/contact-force level.
AI image description

Simplified frontal schematic of a wheel/upright assembly at right connected to the dashed chassis outline at left by two horizontal suspension links. Upper link E is at the higher attachment, with reaction-force arrow F_E pointing left at its chassis-side end; lower link G is below it, with reaction-force arrow F_G pointing right. At the tire–ground contact, a lateral force F_{w,y} is shown pointing left. On the right, dimension c is the vertical spacing between upper joint E and lower joint G, and b is the vertical distance from G down to the ground/contact-force level.

  1. Fe=0,5kN, Fg=1,5kNCorrect
  2. Fe=1,0kN, Fg=2,0kN
  3. Fe=2,0kN, Fg=3,0kN
  4. Fe=3,0kN, Fg=1,5kN

Official answer

Fe=0,5kN, Fg=1,5kN

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Occurrences

  • FSCZ 2017 · ev · quiz 13