Gravity loads exert what type of force?

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Multiple Choice

Gravity loads exert what type of force?

Explanation:
Gravity loads are the weights of the structure and its contents, acting along the vertical line toward the earth. In structural design, these loads are modeled as vertical downward forces on each element, which creates compression and bending effects in the members. Gravity has no horizontal component in the idealized sense used for design, so while “downward force” is correct, the precise and standard description is “vertical downward force.” Lateral forces come from wind or earthquakes, and tangential forces aren’t used to describe gravity loads, so they don’t fit.

Gravity loads are the weights of the structure and its contents, acting along the vertical line toward the earth. In structural design, these loads are modeled as vertical downward forces on each element, which creates compression and bending effects in the members. Gravity has no horizontal component in the idealized sense used for design, so while “downward force” is correct, the precise and standard description is “vertical downward force.” Lateral forces come from wind or earthquakes, and tangential forces aren’t used to describe gravity loads, so they don’t fit.

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