The transverse load per meter for unbalanced drop is expressed in which units?

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Multiple Choice

The transverse load per meter for unbalanced drop is expressed in which units?

A transverse load per meter is a distributed load expressed as force per unit length. In SI, that’s newtons per meter (N/m); in imperial units, pounds-force per meter (lbf/m) or per foot (lbf/ft). The option that includes both kilograms (a mass unit) and pounds-force (a force unit) is the best fit among the given choices because it recognizes that loads per length are tied to both mass and the resulting weight (force) per length. The other options give only mass or only force, or omit the per-length aspect, making them less appropriate for a transverse load per meter.

A transverse load per meter is a distributed load expressed as force per unit length. In SI, that’s newtons per meter (N/m); in imperial units, pounds-force per meter (lbf/m) or per foot (lbf/ft). The option that includes both kilograms (a mass unit) and pounds-force (a force unit) is the best fit among the given choices because it recognizes that loads per length are tied to both mass and the resulting weight (force) per length. The other options give only mass or only force, or omit the per-length aspect, making them less appropriate for a transverse load per meter.

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