Ghee freezes at room temperature and mustard oil does not (in winter). Which of these has a higher melting point and lower intermolecular forces

Solution

Ghee freezes at room temperature and mustard oil does not, it shows that intermolecular forces between particles of ghee are stronger compared to those of mustard oil. Higher the intermolecular forces, higher is the melting point. Therefore, ghee has a higher melting point than that of mustard oil.

Some More Questions From Matter In Our Surroundings Chapter

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Matter In Our Surroundings

Ghee freezes at room temperature and mustard oil does not (in winter). Which of these has a higher melting point and lower intermolecular forces

Some More Questions From Matter In Our Surroundings Chapter

Convert the following temperatures to Kelvin scale

25°C

What is the physical state of water at

100 °C

For any substance, why does the temperature remain constant during the change of state ?

Suggest a method to liquify atmospheric gases.

Convert the following temperatures to Kelvin scale.

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Give reason for the following observations.

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Give reason for the following observations.

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What is the physical state of water at

a) 25°C
b)0⁰C
c)100⁰C

What is the physical state of water at
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What is the physical state of water at
100°C

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Matter In Our Surroundings

Ghee freezes at room temperature and mustard oil does not (in winter). Which of these has a higher melting point and lower intermolecular forces

Some More Questions From Matter In Our Surroundings Chapter

Convert the following temperatures to Kelvin scale25°C

What is the physical state of water at100 °C

For any substance, why does the temperature remain constant during the change of state ?

Suggest a method to liquify atmospheric gases.

Convert the following temperatures to Kelvin scale.35°C

Give reason for the following observations.Naphthalene balls disappear with time without leaving any solid.

Give reason for the following observations.We can get the smell of perfume sitting several metres away.

What is the physical state of water ata) 25°C b)00Cc)1000C

What is the physical state of water at0°C

What is the physical state of water at100°C

Mock Test Series

NCERT Sample Papers

Entrance Exams Preparation

Convert the following temperatures to Kelvin scale

25°C

What is the physical state of water at

100 °C

Convert the following temperatures to Kelvin scale.

35°C

Give reason for the following observations.

Naphthalene balls disappear with time without leaving any solid.

Give reason for the following observations.

We can get the smell of perfume sitting several metres away.

What is the physical state of water at

a) 25°C
b)0⁰C
c)100⁰C

What is the physical state of water at
0°C

What is the physical state of water at
100°C