Sodium
No, sugar crystals are not square. They are typically shaped like tiny cubes.
Yes it is. If you look at a sample under a microscope - you'll see tiny cubes of salt.
Tiny frozen pieces of hydrogen and oxygen can form snowflakes, which are intricate ice crystals that fall from the sky when water vapor freezes in the atmosphere.
Galena breaks into tiny cubes due to its crystal structure, which is cubic. When it fractures, it tends to break along its natural cleavage planes, resulting in the formation of small cube-shaped fragments.
The good kind. The more crystals, the better. The crystals are what get you high I believe
flax seeds are tiny, tiny oval shaped browns seeds.
Under a microscope, weed (marijuana) appears as a complex structure of trichomes, which are tiny resin glands that contain cannabinoids like THC and CBD. These trichomes look like mushroom-shaped crystals, giving the plant a unique texture and appearance. Trichomes play a crucial role in the potency and therapeutic properties of the plant.
The presence of tiny crystals in igneous rock indicates that the rock cooled quickly, resulting in the formation of small crystals. This suggests that the rock likely formed near or at the Earth's surface, like in a volcanic eruption. Rocks with larger crystals usually form deeper underground where cooling is slower.
Clouds are air masses filled with tiny water droplets or ice crystals.
to shred or to mince
Clouds are made of tiny water droplets or ice crystals suspended in the air. They form in the atmosphere when warm air rises and cools, causing the water vapor in the air to condense into droplets or crystals around tiny particles like dust or salt.
A sugar cube is similar to a sedimentary rock in that both are made up of compacted layers of material. The sugar crystals in a sugar cube are pressed together under pressure, similar to how sediments are compacted over time to form sedimentary rocks like sandstone or shale. Additionally, both sugar cubes and sedimentary rocks can be easily broken or dissolved.