QuestionDecember 16, 2025

5. The best foundation condition is when the footings can rest on __ 6. If the water table is high, we will need to provide __ for the foundation in addition to damp proofing. 7. When soil conditions are poor, and soil will move around, and change shape. A floating foundation called a __ or __ footing will distribute the load over the entire building area. 8. When designing foundations, the goal is to minimize __ settlement, and spread the load uniformly on __ soil with footings. Differential Raft Mat Waterproofing Bedrock Soil Stable

5. The best foundation condition is when the footings can rest on __ 6. If the water table is high, we will need to provide __ for the foundation in addition to damp proofing. 7. When soil conditions are poor, and soil will move around, and change shape. A floating foundation called a __ or __ footing will distribute the load over the entire building area. 8. When designing foundations, the goal is to minimize __ settlement, and spread the load uniformly on __ soil with footings. Differential Raft Mat Waterproofing Bedrock Soil Stable
5. The best foundation condition is when the footings can rest on __
6. If the water table is high, we will need to provide __ for the foundation
in addition to damp proofing.
7. When soil conditions are poor, and soil will move around, and change shape. A floating
foundation called a __ or __ footing will
distribute the load over the entire building area.
8. When designing foundations, the goal is to minimize __ settlement,
and spread the load uniformly on __ soil with footings.
Differential
Raft
Mat
Waterproofing
Bedrock
Soil
Stable

Solution
4.2(208 votes)

Answer

5. **Bedrock** 6. **Waterproofing** 7. **Raft or Mat** 8. **Differential**, **Stable** Explanation Each question relates to foundation design principles in construction. The footing’s stability depends on soil condition and groundwater level. Load distribution and settlement minimization are key for structural safety.

Explanation

Each question relates to foundation design principles in construction. The footing’s stability depends on soil condition and groundwater level. Load distribution and settlement minimization are key for structural safety.
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