The assertion (A) and the reason (R) are both correct and the reason (R) is the correct explanation for the assertion (A).

Here's why:

When food is cooked, it releases aroma particles. These particles are small and light, and they can easily mix with air particles. When the food is hot and sizzling, it means that it's at a high temperature.

Particles at a high temperature have more kinetic energy (K.E) than particles at a lower temperature. This is because temperature is a measure of the average kinetic energy of particles. The higher the temperature, the faster the particles move.

So, when the food is hot, the aroma particles move faster and mix quickly with the air particles. This is why the smell of hot sizzling food reaches us quickly.

Therefore, the assertion that the smell of hot sizzling food reaches us quickly is correct, and the reason given (due to high K.E in hot condition, the food particles mix quickly with the air particles and reach to us) is the correct explanation for this assertion.

Question

The assertion (A) and the reason (R) are both correct and the reason (R) is the correct explanation for the assertion (A).

Here's why:

When food is cooked, it releases aroma particles. These particles are small and light, and they can easily mix with air particles. When the food is hot and sizzling, it means that it's at a high temperature.

Particles at a high temperature have more kinetic energy (K.E) than particles at a lower temperature. This is because temperature is a measure of the average kinetic energy of particles. The higher the temperature, the faster the particles move.

So, when the food is hot, the aroma particles move faster and mix quickly with the air particles. This is why the smell of hot sizzling food reaches us quickly.

Therefore, the assertion that the smell of hot sizzling food reaches us quickly is correct, and the reason given (due to high K.E in hot condition, the food particles mix quickly with the air particles and reach to us) is the correct explanation for this assertion.

Knowee AI · Accepted Answer

The assertion (A) and the reason (R) are both correct and the reason (R) is the correct explanation for the assertion (A).

Here's why:

When food is cooked, it releases aroma particles. These particles are small and light, and they can easily mix with air particles. When the food is hot and sizzling, it means that it's at a high temperature.

Particles at a high temperature have more kinetic energy (K.E) than particles at a lower temperature. This is because temperature is a measure of the average kinetic energy of particles. The higher the temperature, the faster the particles move.

So, when the food is hot, the aroma particles move faster and mix quickly with the air particles. This is why the smell of hot sizzling food reaches us quickly.

Therefore, the assertion that the smell of hot sizzling food reaches us quickly is correct, and the reason given (due to high K.E in hot condition, the food particles mix quickly with the air particles and reach to us) is the correct explanation for this assertion.

Assertion(A): The smell of hot sizzling food reaches to us quickly.Reason(R): Due to high K.E in hot condition, the food particles mix quickly with theair particles and reach to us

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