Which is denser ,1 kg of water or 10 kg of water?
explain?​

The Densities are the same...

Explanation:

Density

is a so-called intensive property, whose magnitude does not depend on the size of the system. For a given temperature, thus

10

⋅

k

g

of water has the same density as

1

⋅

k

g

of water:

Density,

ρ

=

Mass

Volume

ρ

1

=

10

⋅

k

g

10

⋅

L

=

1

⋅

k

g

⋅

L

−

1

or

1

⋅

g

⋅

c

m

−

3

ρ

2

=

1

⋅

k

g

1

⋅

L

=

1

⋅

k

g

⋅

L

−

1

or

1

⋅

g

⋅

c

m

−

3

And thus

ρ

1

and

ρ

2

are manifestly the same.

On the other hand, there are the so-called extensive properties, mass, moles, volume, etc. whose magnitude depends on the number of particles in the system.

the densities are the same.

Explanation:

Density is a so-called intensive property, whose magnitude does not depend on the size of the system. For a given temperature, thus 10⋅kg of water has the same density as  1⋅kg of water:

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answer: a

explanation: