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  2. Sep 7, 2024 · To calculate the center of gravity of 2 objects on a see-saw, first identify the weight of each separate object. Choose a starting point, or datum, on one end of the see-saw and measure its distance from the center and each object.

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  3. a. Find the total weight and the distance from the origin to the center of gravity of the three boxes. b. How would the center of gravity change if the right-most box weighed \(\lb{20}\) instead of \(\lb{10}\text{?}\) Answer. a) \(W = \lb{30} \qquad \bar{x}=\ft{2.5}\) b) \(W = \lb{40} \qquad \bar{x}=\ft{3.25}\)

  4. The center of gravity is the center of the circle inscribed in triangle ABC (middle points of the sides of the triangle). The distance d can be calculated as d = h (b + c) / 2 (a + b + c) (1)

  5. The formula to calculate the center of gravity is CoG = (ΣD* W) / ΣW. In words, this formula is — the location of the center of gravity can be found by summing (Σ) the multiplication of the distance by the weight and dividing it by the summation of all weights.

  6. In this chapter we will learn to actually locate this point. We will indicate the center of gravity with a circle with black and white quadrants, and call its coordinates (x ¯, y ¯) or . (x ¯, y ¯, z ¯). This point represents the average location of all the particles which make up the body.

  7. Calculate the center of gravity of the following diagram: Step 1: Draw Free Body Diagram of the System Step 2: Find Weight Distance Moment with Reference to Datum

  8. Computing the stability of objects in motion like cars, airplanes, and boats: By understanding how the center of gravity interacts with the accelerations caused by motion, we can compute safe speeds for sharp curves on a highway.

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