A magnifying glass is the tool you would use to see the shape salt crystals.
As the rate of cooling increases, the size of the crystals that form generally decreases. This is because rapid cooling does not allow sufficient time for crystals to grow to a larger size. Slower cooling rates allow for more orderly arrangement of atoms, leading to larger crystal formation.
Andesite has small crystals because it formed from lava that cooled relatively quickly at the Earth's surface, preventing larger crystals from growing. Rapid cooling does not allow enough time for the minerals to crystallize fully, resulting in smaller crystal sizes.
The size of crystals decreases as the cooling increases. This is called an inverse relationship.
Large crystals in a mineral specimen typically form under conditions that allow for slow cooling or low rates of crystallization, allowing more time for the crystals to grow. This can happen in environments such as deep underground or in cavities where there is minimal disturbance to the crystal growth process. Large crystals are often prized by collectors for their unique beauty and rarity.
boil off the solvent (usually water) until you are left with copper sulfate crystals. For getting back the copper sulphate crystals from copper sulphate solution, we have to first make super saturated solution by boiling, then allow to cool down & dried these crystals with filter paper.
Iodine crystals are very poor conductors of heat and electricity
No, periscopes allow you to observe objects while you are hidden.
Whatever they are focussed on.
Either a light microscope or an electron microscope can allow you to observe cell organelles.
Yes, some colleges allow visitors to sit in on classes to observe and learn, but it is important to check with the specific college or professor beforehand to see if they allow this and what their policies are.
As the rate of cooling increases, the size of the crystals that form generally decreases. This is because rapid cooling does not allow sufficient time for crystals to grow to a larger size. Slower cooling rates allow for more orderly arrangement of atoms, leading to larger crystal formation.
Thermotropic liquid crystals can be made by dissolving a specific molecule (usually a rod-like or disc-shaped organic compound) in a solvent at a high temperature, followed by slow cooling to allow the molecules to align in a specific orientation. The choice of the molecule and solvent, as well as the cooling rate, can influence the properties of the liquid crystal formed.
Metallic Bonds
To grow salt crystals on a string, you can create a saturated salt solution by dissolving salt in water. Then, suspend a string in the solution and allow it to sit undisturbed. As the water evaporates, salt crystals will form on the string.
Some helpful recrystallization tips for obtaining pure crystals include using a suitable solvent, slowly cooling the solution to allow crystals to form, filtering the solution to remove impurities, and washing the crystals with cold solvent to further purify them.
To recrystallize benzanilide, you would first dissolve it in a hot solvent (such as ethanol) until it forms a clear solution. Next, slowly cool the solution to allow crystals to form. Filter the crystals, wash them with a cold solvent to remove impurities, and then allow them to dry to obtain pure benzanilide crystals.
To make crystals using salt and vinegar, first dissolve salt in vinegar to create a saturated solution. Then, allow the solution to evaporate slowly in a container. As the liquid evaporates, salt crystals will form. You can also try adding food coloring to create colored crystals.