How does pH affect the growth of crystals crystal growing?

Temperature doesn't really affect the crystal size; the rate of cooling is the major factor. The faster the mineral, rock, etc. (whatever has the crystals) cools, the smaller the crystals- the slower the larger. If you were "growing" crystals with a set, the warmer the temperature generally means the larger the crystals.

rock on? crystal growth now made crystal clear?

Yes, temperature does affect crystal growth. Hot water makes the crystals grow faster because the hotter the water, the hotter the crystal solution will be which makes the molecules move faster. This movement allows water to evaporate quicker leaving particles behind to form into crystals.

the sugar makes the crystals bigger because crystals r made by sugar and water so the sugar adds more size to a crystal

The growth or size of the crystals.

When all of the water has evaporated, and all of the dissolved sugar has been turned into crystals, then sugar crystal growth will be stopped.

If rock cools quickly, there is little time for crystals to form and it has a more glassy texture. If rock cools slowly, large crystals form.

. The growth of the crystals of one mineral on the crystal face of another mineral

The crystals will be smaller. Low temperature leads to slow crystallisation which leads to larger crystals.

Yes, When you put the sugar crystals in a jar and in different places the best place to put it is in room temperature. So yes temperature does affect the growth of sugar crystals

Crystals precipitated from a solution has unique crystal forms. These are formed with the subsequent growth in its nuclei and the solution contains more solute entities that impacts the crystal formation.Ê

Crystals generally grow.bigger and purer because of the lack of gravity.

the lower the temperture the better the crystals the higher the temperture the wrosts the crystals

P. Hartman has written: 'Relations between structure and morphology of crystals' -- subject(s): Crystallography 'Crystal growth' -- subject(s): Crystal growth

Small crystals act as "seeds" and facilitate the formation of crystal growth, especially in super-saturated solutions.

I think the temperature affect salt crytals

A2. Crystals are mineral growth, and mainly occur during conditions favourable to crystal growth. These include metamorphism, where the temperature and pressure are elevated and encourage such growth. Occasionally crystals will precipitate out of solution an lower pressure and temperature. In either event, the type of crystal will reveal some of the history of the parent rock.

It's just salt crystals getting bigger by adding more molecules of salt to the outside of an existing crystal. The use of the term "growth" makes it sound biological ... which it is NOT.

Several factors affect the size of mineral crystals during their formation. They are as follows: The availability of material available for crystal growth. If a limited amount of material (atoms of elements necessary for a particular mineral) exists, the creation of the crystals will be short-lived. The time spent at the optimum temperature and pressure for crystal formation. The longer the time the material remains at the mineral's specific range of optimal conditions, the larger the crystals may form. Space available for crystal formation. If other minerals have already formed crystals, the remaining fluids from which crystals form will have to fit in any remaining spaces, or move to another location.

A anhedral crystal is not well formed due to limited growth in environment. A euhedral crystal are well formed with recognizable faces from more space to grow.

S. L. Lehoczky has written: 'Growth of solid solution single crystals' -- subject(s): Crystal growth

it does not it affects the main color

crystals have smooth growth surfaces, and gems can be cut and polished, giving them a beautiful appearance.

yep, it grows better in the dark

Food coloring helps the growth of crystals because, the food coloring helps make the crystals stronger and less able to dissolve away.