Question

goal:
use your research from your questions to build a paragraph (jan 28).

• one thing you need to know to better understand your
• sub question one

make sure to use transition words to connect your ideas
no red or blue lines
paragraph one
how does temperature affect the way the crystals grow?

answer to sub question one also called a claim
cited evidence	\the solubility of most solids increases with temperature. in other words, more borax may be dissolved in hot water than in cold water. so if a hot, saturated mixture is cooled, there’s more borax than can be contained by the colder water.\
reasoning: means
reasoning: matters

Explanation:

Step1: Draft the claim (answer sub-question)

Temperature directly impacts crystal growth rate and size.

Step2: Link claim to evidence

First, the cited evidence notes that $\text{solubility of solids} \uparrow \text{with temperature}$, so hot water holds more borax. When cooled, excess borax precipitates.

Step3: Add "Means" reasoning

This means higher temps let more solute dissolve; cooling triggers rapid nucleation.

Step4: Add "Matters" reasoning

Matters because slower cooling (lower temp change) forms larger, more defined crystals, while fast cooling creates small, clustered ones.

Step5: Combine with transitions

Use transitions like "First", "This means", "Furthermore" to connect ideas into a paragraph.

Answer:

Temperature directly impacts the rate and size of crystal growth. First, the solubility of most solids increases with temperature, so hot water can hold far more borax than cold water; when this hot, saturated mixture cools, the water can no longer contain all the dissolved borax. This means that the rate of cooling (a factor tied to temperature) dictates how crystals form: rapid cooling from a high temperature causes quick nucleation, leading to many small, tightly clustered crystals. Furthermore, this matters because controlled temperature changes allow for intentional crystal growth—slower cooling over a lower temperature range produces larger, more well-formed crystals, while sudden, drastic temperature drops result in fine, irregular crystal structures.