The effect of force that comes into play in the process of a chapati maker converting balls of dough into chapatis is compression. Here's a step-by-step explanation:

1. The dough ball is placed in the chapati maker.

2. When the chapati maker is closed, it applies a downward force on the dough ball.

3. This force is evenly distributed over the dough ball, causing it to spread out and flatten. This is due to the property of fluids and semi-solids (like dough) to change shape under pressure, a process known as compression.

4. The dough ball, under the effect of this compressive force, changes its shape from a roughly spherical ball to a flat, round chapati.

5. When the force is removed (i.e., the chapati maker is opened), the dough retains its new shape as a chapati. This is because dough is a plastic material, meaning it does not return to its original shape after the force is removed.

So, in summary, the effect of force that comes into play in the process of a chapati maker converting balls of dough into chapatis is compression.

Question

The effect of force that comes into play in the process of a chapati maker converting balls of dough into chapatis is compression. Here's a step-by-step explanation:

1. The dough ball is placed in the chapati maker.

2. When the chapati maker is closed, it applies a downward force on the dough ball.

3. This force is evenly distributed over the dough ball, causing it to spread out and flatten. This is due to the property of fluids and semi-solids (like dough) to change shape under pressure, a process known as compression.

4. The dough ball, under the effect of this compressive force, changes its shape from a roughly spherical ball to a flat, round chapati.

5. When the force is removed (i.e., the chapati maker is opened), the dough retains its new shape as a chapati. This is because dough is a plastic material, meaning it does not return to its original shape after the force is removed.

So, in summary, the effect of force that comes into play in the process of a chapati maker converting balls of dough into chapatis is compression.

Knowee AI · Accepted Answer

The effect of force that comes into play in the process of a chapati maker converting balls of dough into chapatis is compression. Here's a step-by-step explanation:

1. The dough ball is placed in the chapati maker.

2. When the chapati maker is closed, it applies a downward force on the dough ball.

3. This force is evenly distributed over the dough ball, causing it to spread out and flatten. This is due to the property of fluids and semi-solids (like dough) to change shape under pressure, a process known as compression.

4. The dough ball, under the effect of this compressive force, changes its shape from a roughly spherical ball to a flat, round chapati.

5. When the force is removed (i.e., the chapati maker is opened), the dough retains its new shape as a chapati. This is because dough is a plastic material, meaning it does not return to its original shape after the force is removed.

So, in summary, the effect of force that comes into play in the process of a chapati maker converting balls of dough into chapatis is compression.

A chapati maker is a machine which converts balls of dough intochapati’s. What effect of force comes into play in this process

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A chapati maker is a machine which converts balls of dough into chapati’s. What effect of force comes into play in this process?

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