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thank you ma'am

okay ma'm, Thank you ma'm

Before beginning with the chapter let's discuss some basic points

like in any solid object, molecules are present close to each other due to strong force of attraction

okay mam but I have a doubt

okay mam

and in liquid object, molecules are not so tightly packed and will have less force of attraction than solids

Mam although coin and chalk both are solids but then why chalk has less force of attraction as compared to the coin while hammering.

Good question varnica!

Coin particles have strong force of attraction thus coin does not break easily on hammering.

whereas, chalk is powdered on hammering as chalk particles split due to relatively less force of attraction than a coin. Hope your question is answered.

okay, so lets get back onto the topic

okay ma'am, understood!

As we learnt, the intermolecular space between matter varies from one state of matter to another and the force of attraction is dependent and hence they are inversely proportional to each other

For today let's keep it till here. Tomorrow we will continue the rest of the portion. Thank you

thank you ma'am

okay ma'm, Thank you ma'm

Before beginning with the chapter let's discuss some basic points

like in any solid object, molecules are present close to each other due to strong force of attraction

okay mam but I have a doubt

okay mam

and in liquid object, molecules are not so tightly packed and will have less force of attraction than solids

Mam although coin and chalk both are solids but then why chalk has less force of attraction as compared to the coin while hammering.

Good question varnica!

Coin particles have strong force of attraction thus coin does not break easily on hammering.

whereas, chalk is powdered on hammering as chalk particles split due to relatively less force of attraction than a coin. Hope your question is answered.

okay, so lets get back onto the topic

okay ma'am, understood!

As we learnt, the intermolecular space between matter varies from one state of matter to another and the force of attraction is dependent and hence they are inversely proportional to each other

For today let's keep it till here. Tomorrow we will continue the rest of the portion. Thank you

thank you ma'am

okay ma'm, Thank you ma'm

Before beginning with the chapter let's discuss some basic points

like in any solid object, molecules are present close to each other due to strong force of attraction

okay mam but I have a doubt

okay mam

and in liquid object, molecules are not so tightly packed and will have less force of attraction than solids

Mam although coin and chalk both are solids but then why chalk has less force of attraction as compared to the coin while hammering.

Good question varnica!

Coin particles have strong force of attraction thus coin does not break easily on hammering.

whereas, chalk is powdered on hammering as chalk particles split due to relatively less force of attraction than a coin. Hope your question is answered.

okay, so lets get back onto the topic

okay ma'am, understood!

As we learnt, the intermolecular space between matter varies from one state of matter to another and the force of attraction is dependent and hence they are inversely proportional to each other

For today let's keep it till here. Tomorrow we will continue the rest of the portion. Thank you