Concrete has virtually no strength in which of the following?

Concrete is known for its high compressive strength, meaning it can withstand a significant amount of pressure when forces are applied to compress it. However, it has very little tensile strength, which means it cannot effectively resist pulling or tension forces. When subjected to tension, concrete tends to crack and fail, as it lacks the structural properties that would allow it to stretch or hold together under such stress. This characteristic is a crucial factor in construction, as it guides engineers and architects in designing buildings and structures that appropriately combine materials. For instance, due to its weakness in tension, concrete is often reinforced with steel bars or mesh, which provide the tensile strength necessary to maintain the structural integrity of concrete components under various applied loads.