Yes.
The flavor of gelatin does not affect the setting time of the gelatin. The setting time is primarily determined by the concentration of gelatin used and the temperature at which it is stored. The flavoring agents in gelatin do not have a significant impact on the setting process.
No, it doesn't.
it solidfy by the temperature
65
The rate of diffusion in gelatin at room temperature is generally slower than in water at the same temperature due to the denser and more viscous nature of the gelatin matrix. The molecules have a harder time moving through the gel structure compared to free-moving water molecules.
Keeping temperature constant is important because many processes and reactions are temperature-dependent. Fluctuations in temperature can affect the outcome and efficiency of these processes. Additionally, temperature stability can also prevent damage or degradation of sensitive materials or substances.
A change in medium water to Gelatin would affect the rate of diffusion dramatically. The change from water to gelatin would slow down the rate of diffusion.
The degradation rate of cooked chicken depends on how it is packaged and the temperature at which it is stored. To avoid accelerated degradation, one should follow the storage recommendations on the package in which the chicken was purchased.
Walendziewski and Steininger reported the thermal degradation of polyethylene in the temperature range 370–450°C. In the case of thermal degradation of polyethylene, an increase in degradation temperature led to an increase of gas and liquid products, but a decrease of residue (boiling point > 360°C).
Ice can be added in place of cold water to help the gelatin mixture congeal more rapidly. The lower temperature of the ice helps to solidify the gelatin faster.
The gelatin tubes must be refrigerated before examination to slow down any microbial activity that may lead to premature liquefaction or degradation of the gelatin. Cooling the tubes helps stabilize the gelatin's structure, allowing for a more accurate assessment of its solidification and liquefaction properties. Additionally, refrigeration minimizes the risk of false positives in liquefaction tests by inhibiting enzymatic reactions that could occur at higher temperatures.