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:

well for some you have to do on your own on a paper but yeah

sensory details?

so i`m assuming you are writing something from a bats (the animal) point of view. if this is the case, you can use sights, sounds, feelings, and tastes.

and idk what you mean by domain, but all of the sensory details will depend on where the bat is.

a bat doesn't see color very well, so its surroundings will be dulled.

it can hear super well. so maybe it can hear the insects on the ground

feelings. you can imagine how a bat would feel from its perspective. it all depends on where it lives.

maybe it can taste the salt in the air, or smell water, or something. all of these details are completely dependent on where it is located.

hope this .