Crystal growth and nucleation, where nucleation is the formation of a solid phase from a solution, are controlled by a thing called 'supersaturation'. Supersaturation is when the concentration of a species in solution is greater than what it would theoretically be at equilibrium. An example of supersaturation is dissolving table salt in water. A point will be reached when the water is 'saturated'. Any further salt added at this point will not dissolve. The solution is now 'supersaturated'.
Supersaturation is also dependent on the solubility of the species in question. As the solubility of the species increases, then the supersaturation decreases. Depending on the properties of the species, increasing temperature will increase or decrease the solubility of the species in solution, hence increasing or decreasing the supersaturation.
The degree of supersaturation controls whether the reaction is nucleation or growth controlled. A nucleation controlled crystallisation will generally have smaller particles than one that is growth driven.
If looking at cooling a solution, in general, the crystals that have rapidly cooled will be smaller than the ones that have cooled over a longer period of time. Like when you try to make crystals in the refrigerator, the crystals will grow faster but in smaller pieces stuck together. But if you make crystals in room temperature, the crystals will grow slower and in big chunks.sike i was just kidding none of this is true crystals really just grow on their own untill they cvan start there own family then the cycle will start all over again.
yes it does!!!
Yes.
yes
It does not affect the quality of pure water. However, if the water is exposed to the atmosphere it will get bacteria in it and their growth will be affected by the temperature.
the warmer it is the faster it grows
Ripeness
Burn it or Grow it?
The following factors will affect the growth of plants: exposure to light, ambient temperature, water availability, soil type, nutrient availability and supply of nutrients.
Yes, temperature can affect the growth of plants in wetlands. Warmer temperatures can increase the rate of growth in some plants, while extreme temperatures can stress plants and inhibit growth. Different plant species have specific temperature requirements for optimal growth in wetland environments.
Water temperature can affect plant growth by influencing the rate of photosynthesis and nutrient uptake. Warmer water can increase the metabolic activity of plants, leading to faster growth, while colder water can slow down these processes. Extreme temperatures can also stress plants and inhibit their growth.
The moderation of temperature in a controlled environment can significantly impact the growth of plants. Temperature influences various physiological processes in plants, such as photosynthesis, respiration, and nutrient uptake. Optimal temperature ranges can promote healthy growth and development, while extreme temperatures can stress plants and inhibit their growth. Consistent and appropriate temperature control is essential for maximizing plant growth in a controlled environment.
Temperature can affect the growth rate of sugar or salt crystals. Generally, higher temperatures can lead to faster crystal growth because it increases the movement of molecules, allowing them to come together and form crystals more quickly. However, extreme temperatures can also degrade the crystal structure and quality.