No. I put "yes" for the answer on the assesment...yeah, I got it wrong.
The harder material scratches the softer material in Mohs scale because the harder material can create deeper indentations on the softer material's surface, leaving scratches behind. This is due to differences in hardness between the two materials, with the harder material being more resistant to abrasion and therefore capable of scratching the softer material.
When a piece of ice is pressed against a harder material and dragged across it, the ice can pick up fine particles of the harder material. As the ice moves, these particles act as abrasive agents, creating scratches or striations on the surface of the harder material. This process is known as abrasion.
There is a surface area to volume ratio, as a cell gets larger it becomes harder and harder to transport materials inand out of the cell. There has to be enough surface area to supply the cell with all of the materials that it needs for survival.
The nail is harder than the wooden ruler, causing the nail to leave scratches on the ruler's surface when it is dragged across it. Wood is a relatively soft material compared to metal, so it is easily marked by harder objects like a nail.
All of their inside structures that make them up is why a tree feels harder than a dog.
false
The harder material scratches the softer material in Mohs scale because the harder material can create deeper indentations on the softer material's surface, leaving scratches behind. This is due to differences in hardness between the two materials, with the harder material being more resistant to abrasion and therefore capable of scratching the softer material.
When a piece of ice is pressed against a harder material and dragged across it, the ice can pick up fine particles of the harder material. As the ice moves, these particles act as abrasive agents, creating scratches or striations on the surface of the harder material. This process is known as abrasion.
Case hardening or surface hardening is the process of hardening the surface of a metal, often a low carbon steel, by infusing elements into the material's surface, forming a thin layer of a harder alloy.
A stronger force is needed to penetrate a strong surface because the surface's particles are tightly bonded together, making it harder to break through. The force has to overcome the intermolecular forces of the material to create a disruption in its structure.
Concrete
The enamel is the hardest substance in the body because it contains hydroxyapatite (crystalline calcium phosphate), a very highly calcified and hard organic material.
There is a surface area to volume ratio, as a cell gets larger it becomes harder and harder to transport materials inand out of the cell. There has to be enough surface area to supply the cell with all of the materials that it needs for survival.
The nail is harder than the wooden ruler, causing the nail to leave scratches on the ruler's surface when it is dragged across it. Wood is a relatively soft material compared to metal, so it is easily marked by harder objects like a nail.
Diamond is the strongest material know to man.
They are much harder to clean because dirt can imbed in the material much easier.
Cells are limited in size by their surface area-to-volume ratio. As a cell grows larger, its volume increases faster than its surface area, making it harder to efficiently exchange nutrients and waste across the cell membrane. Additionally, cells are limited in size by the efficiency of cellular processes such as DNA replication and protein synthesis.