Falling on muddy ground is generally safer than falling on concrete pavement because the mud provides a softer surface that can absorb some of the impact, reducing the risk of injury. The cushioning effect of the mud can help prevent bruises, fractures, and abrasions that are more likely when hitting a hard, unyielding surface like concrete. Additionally, the mud may allow for a gradual deceleration, further minimizing the force of the fall.
Falling on muddy ground can potentially cushion the impact and reduce the risk of serious injury compared to falling on a hard concrete pavement. The softness and pliability of the mud can absorb some of the force of the fall, while concrete is unforgiving and can lead to more significant injuries upon impact.
A person is better off falling on muddy ground than on concrete pavement because mud provides a softer landing surface, which can help absorb some of the impact and reduce the risk of serious injuries like broken bones. Concrete is a hard surface that offers little to no cushioning, making it more likely to cause injuries upon impact.
Falling on muddy ground is generally better than falling on concrete pavement because the mud provides a softer, more forgiving surface that can help absorb some of the impact, reducing the risk of injury. Additionally, mud can create a cushioning effect, which may lessen the severity of bruises and scrapes. In contrast, concrete is hard and unyielding, making falls more likely to result in fractures or serious injuries. Overall, the softer terrain of mud offers a greater chance of a safer landing.
A apple falling to the ground IS an apple falling to the ground.
No, loose gravel is considered pervious as it allows water to pass through it and infiltrate the ground below. Impervious surfaces, on the other hand, prevent water from infiltrating the ground, such as pavement or concrete.
No, because fiberglass can make you slip unlike concrete steps
They used pounded earth. also... : They were the first ones after the Assyrians to use concrete. They had layer upon layers. Started with earth, then dirt, then limestone, and then concrete and closely put together pavement stones to make the ground/road level.
Pavement
There are 2 reasons for that. Reason one: They can be expansion joints. In the winter the pavement contracts and in the summer it expands. these joints are generally gaps that go the whole way threw the pavement. Generally these joints are filled with some sort of caulking to keep moisture from getting underneath the pavement. Reason two: They can be put there as joints for the concrete to crack. when sidewalks are made and other concrete pavements, they anticipate the concrete cracking, so they put in gaps that dont go all the way threw the depth of the concrete as a place for the concrete to crack and not be unsightly.
They used pounded earth. also... : They were the first ones after the Assyrians to use concrete. They had layer upon layers. Started with earth, then dirt, then limestone, and then concrete and closely put together pavement stones to make the ground/road level.
On the ground on the pavement
Yes if there is not a lot of movement in the ground