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An excavation is at risk for cave-in and water accumulation because of the excess soil that has accumulated. What type of excavation protection will address this situation? Select the best option Water Accumulation Correctly Placed Spolls Oxygen Deficiency and Toxic Fumes If you need to review this content, it can be found in the Protecting Workers from Cave ins and Utility Hazards module of the Excavations topic.

Problemas

An excavation is at risk for cave-in and water accumulation because of the excess soil that has accumulated. What type of excavation
protection will address this situation?
Select the best option
Water Accumulation
Correctly Placed Spolls
Oxygen Deficiency and Toxic Fumes
If you need to review this content, it can be found in the Protecting Workers from Cave ins and Utility Hazards module of the Excavations topic.

An excavation is at risk for cave-in and water accumulation because of the excess soil that has accumulated. What type of excavation protection will address this situation? Select the best option Water Accumulation Correctly Placed Spolls Oxygen Deficiency and Toxic Fumes If you need to review this content, it can be found in the Protecting Workers from Cave ins and Utility Hazards module of the Excavations topic.

Solución

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Paulaprofessionell · Tutor durante 6 años
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The best option to address the situation of an excavation being at risk for cave-ins and water accumulation due to excess soil accumulation is 'Correctly Placed Spoils.' Spoils refer to the soil that has been removed from the excavation site and placed in a designated area away from the excavation. By placing the spoils correctly, it helps prevent the soil from falling back into the excavation, reducing the risk of cave-ins. Additionally, it helps prevent water accumulation in the excavation by ensuring that excess soil is removed and not allowed to accumulate.
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