What is the white and reflected in the snail fossil and what is their use?

The white material reflected in the snail fossil is likely to be calcium carbonate, which is a common mineral found in the shells of snails and other mollusks. Calcium carbonate provides structural support and protection for the soft tissues of the snail, helping to maintain its shape and integrity.

In fossils, the presence of calcium carbonate can help to preserve the delicate structures of the organism over millions of years. It can also provide valuable information about the environment in which the organism lived, as the composition of the calcium carbonate can vary depending on factors such as water chemistry and temperature.

Overall, the presence of calcium carbonate in snail fossils can help scientists to better understand the biology and ecology of these ancient organisms, as well as the conditions in which they lived.

The white material reflected in the fossil of a snail is likely to be calcite. Calcite is a common mineral that is found in many types of rocks, including limestone and marble. It is also found in the shells of many marine animals, such as snails.

Calcite is a white or colorless mineral that is often translucent or transparent. It has a hardness of 3 on the Mohs scale, which means that it can be scratched by a fingernail. Calcite is a brittle mineral that can easily be broken.

Calcite has a number of uses, including:

- As a building material: Calcite is used in the production of cement, lime, and plaster.
- As a filler: Calcite is used as a filler in a variety of products, such as paper, paint, and plastics.
- As a fertilizer: Calcite is used as a fertilizer to add calcium to the soil.
- As a source of calcium: Calcite is a good source of calcium, and it is often used in dietary supplements.