The various component weights for the three-wheeler are tabulated below and their center of gravity locations are shown in the figure. (note: each rear wheel weighs 9 pounds) A) Locate the center of gravity with respect to both the x and y axes for the three-wheeler shown. B) Assuming the three-wheeler is symmetrical about the x-y plane, determine the normal reaction each of its wheels exerts on the ground. 1. Rear wheels 2. Mechanical components 85 lb 3. Frame 4. Front wheel 18 lb 120 Ib 8 Ib 1 ft 2 ft 1.50 ft 1.30 ft B

College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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I know this can be solved with composite body formulation, using the weights, but I am trying to solve this with only the formula that uses : 

(sum of areas)* (centroid) all over (sum of areas).

That method or integration?

Problem 14.2
The various component weights for the three-wheeler are tabulated below and their center of
gravity locations are shown in the figure. (note: each rear wheel weighs 9 pounds)
A) Locate the center of gravity with respect to both the x and y axes for the three-wheeler
shown.
B) Assuming the three-wheeler is symmetrical about the x-y plane, determine the normal
reaction each of its wheels exerts on the ground.
1. Rear wheels
2. Mechanical components 85 lb
3. Frame
4. Front wheel
18 lb
120 lb
8 lb
1 ft
1.50 ft 2 ft
1.30 ft
A
B
-2.30 ft-
- 1.40 ft -
0.80 ft
Transcribed Image Text:Problem 14.2 The various component weights for the three-wheeler are tabulated below and their center of gravity locations are shown in the figure. (note: each rear wheel weighs 9 pounds) A) Locate the center of gravity with respect to both the x and y axes for the three-wheeler shown. B) Assuming the three-wheeler is symmetrical about the x-y plane, determine the normal reaction each of its wheels exerts on the ground. 1. Rear wheels 2. Mechanical components 85 lb 3. Frame 4. Front wheel 18 lb 120 lb 8 lb 1 ft 1.50 ft 2 ft 1.30 ft A B -2.30 ft- - 1.40 ft - 0.80 ft
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