Sand is porous, so air get get through it, but mud can keep air out.
Smaller sand particles, being lighter and less dense, tend to remain suspended in the water for longer periods and are less likely to settle quickly at the bottom of the ocean. In contrast, larger and heavier sand particles settle more rapidly due to their weight and the effects of gravity. Therefore, larger sand particles are more likely to accumulate on the ocean floor, while smaller particles can be carried away by currents.
sand and gravel deposits
B. The organism must be buried in sediment soon after it dies.C - the organism must go through a process of petrificationNeededMoist sediment or soilorganism trapped, dieslack of anything disturbing that areamoistness ; warmth ; heat to break down additional layeringpressure from more layers on toplengthy amount of time (millions of years)
Sand is more dense than sugar because sand particles are larger and heavier than sugar particles. This means that there are more mass in a given volume of sand, leading to a higher density compared to sugar.
Grains of sand will generally move quicker than pebbles when subjected to wind or water flow. This is because sand is smaller and lighter, allowing it to be easily lifted and transported by moving air or water. Pebbles, being larger and heavier, require greater force to move and are more likely to remain in place. Thus, in most natural conditions, sand will travel faster than pebbles.
edi
Clay soil is more likely to flood than sand because clay soil has smaller particles and can hold more water. This means that it can become waterlogged quickly during heavy rain, leading to flooding. Sand, with its larger particles, drains water more easily and is less likely to flood.
it depends !
Most likely.
mainly high pressure but you'll also need sediment such as rock or sand to smash it and as the soft parts of the plant decay they leave impressions on the rock
Sand dunes are likely to be in a desert
An organism that is multicellular and moves through sand to find food is likely a type of marine invertebrate, such as a sand dollar or a polychaete worm. These organisms are adapted to life in sandy environments, using their bodies to burrow and navigate through the substrate in search of organic matter or small prey. Their multicellular structure allows for more complex functions and interactions with their environment compared to unicellular organisms.
most likely in places that are sandy or have a lots of sand and great wind
Horizontial or vertical, depending on where you cut it.
Smaller sand particles, being lighter and less dense, tend to remain suspended in the water for longer periods and are less likely to settle quickly at the bottom of the ocean. In contrast, larger and heavier sand particles settle more rapidly due to their weight and the effects of gravity. Therefore, larger sand particles are more likely to accumulate on the ocean floor, while smaller particles can be carried away by currents.
sand
Perhaps in tiny amounts, but unintentionally. More likely, you would find sand (which is the same chemically as glass).