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Model 1 - During the initial rinse, the water is observed to be milky/cloudy. After continuous rinsing, this caused the soft and intact dough to become slimy in texture akin to a bubblegum, and elastic. Blowing up the rinsed dough, it is quite similar to a bubble gum being blown up with a smooth and intact outer appearance even being able to maintain its blown shape longer than ours.Model 2- Mixing the bread flour with water and washing it with tap water, washed the starch and isolated the gluten of the bread flour causing it to have an elastic and less sticky property. After letting it sit, it was possible to inflate the dough slightly. Model 3- Mixing the cake flour with water and washing it with tap water removes the additional starch from the dough.Gluten has the potential to expand as you blow air into it due to its elasticity. And since our gluten the in small amount, it is much easier for the group to blow air into it.Model 4 - The dough dissolved completely after continuous rinsing. No gluten has formed from the doughModel 5 - After washing the dough with tap water, the water looked hazy because it essentially washes away the starch from the dough. Since starch is water-soluble, when you rinse the dough, it will leach out into the water. And after the dough was washed, the dough can be inflated because of the separation of the gluten from the starch and other components of the dough, resulting in the concentration of gluten massis there a difference between the different model observsations? simplify the explanation

Question

Model 1 - During the initial rinse, the water is observed to be milky/cloudy. After continuous rinsing, this caused the soft and intact dough to become slimy in texture akin to a bubblegum, and elastic. Blowing up the rinsed dough, it is quite similar to a bubble gum being blown up with a smooth and intact outer appearance even being able to maintain its blown shape longer than ours.Model 2- Mixing the bread flour with water and washing it with tap water, washed the starch and isolated the gluten of the bread flour causing it to have an elastic and less sticky property. After letting it sit, it was possible to inflate the dough slightly. Model 3- Mixing the cake flour with water and washing it with tap water removes the additional starch from the dough.Gluten has the potential to expand as you blow air into it due to its elasticity. And since our gluten the in small amount, it is much easier for the group to blow air into it.Model 4 - The dough dissolved completely after continuous rinsing. No gluten has formed from the doughModel 5 - After washing the dough with tap water, the water looked hazy because it essentially washes away the starch from the dough. Since starch is water-soluble, when you rinse the dough, it will leach out into the water. And after the dough was washed, the dough can be inflated because of the separation of the gluten from the starch and other components of the dough, resulting in the concentration of gluten massis there a difference between the different model observsations? simplify the explanation

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Solution

Yes, there are differences between the different model observations. Here's a simplified explanation:

Model 1: The dough became slimy and elastic, similar to bubblegum, after being rinsed. It could maintain its shape when blown into, like a bubble.

Model 2: Rinsing the bread flour dough with water removed the starch and isolated the gluten, making it elastic and less sticky. It could be slightly inflated after sitting.

Model 3: Rinsing the cake flour dough with water removed the extra starch. The small amount of gluten present could be expanded by blowing air into it.

Model 4: The dough completely dissolved after being rinsed continuously, and no gluten was formed.

Model 5: Rinsing the dough made the water hazy as it washed away the starch. The dough could be inflated after washing due to the separation of the gluten from the starch and other components, resulting in a concentrated gluten mass.

This problem has been solved

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