The most satisfactory basis for measuring quantities of solid waste is by which method?

Measuring solid waste by weight is considered the most satisfactory method for several reasons. Weight provides a direct quantifiable measure that can effectively represent the mass of the waste. This is crucial for various applications, including waste management planning, resource allocation, and recycling efforts. Weight measurements can capture the true density of the materials, which is essential for accurately assessing disposal needs and costs.

Additionally, measuring by weight allows for a more consistent evaluation across different waste types, as factors like fluffiness or moisture content can inflate volume measurements. Using weight can also simplify the transition from collection to disposal, providing clear data for regulating agencies that monitor waste management practices.

In contrast, while volume measures can provide standard measurements, they may not always accurately reflect the material's characteristics that impact disposal and processing. Volume and weight together could provide a more comprehensive dataset but rely on the assumption of accurate density conversion. Volume per cubic yard, while helpful for spatial assessments of storage, does not offer the direct mass information needed for effective waste management. Therefore, weight is the most reliable basis for measuring solid waste.