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Mathplayer223:

is this correct? chemistry

4 years ago

Mathplayer223:

1 attachment

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4 years ago

Mathplayer223:

@joeltheboss

4 years ago

Mathplayer223:

is the least similar wrong?

4 years ago

JoelTheBoss:

I saw someone typing and was wondering if they were going to help

4 years ago

Mathplayer223:

oh which ones wrong

4 years ago

Extrinix:

I'll give you the element's densities and you can figure it out from there.. Cesium - 1.873 g Chlorine - 3.214 g Rubidium - 1.63 g Tin - 5.77 g Lead - 11.29 g

4 years ago

Mathplayer223:

chlorine is the most similar and lead is the least?

4 years ago

Mathplayer223:

i mean rubidium is the least

4 years ago

Extrinix:

The density of Cesium is 1.873, so Rubidium is the closest and Lead would be the farthest away in density

4 years ago

JoelTheBoss:

Don't you have to convert some of those

4 years ago

AZ:

@extrinix wrote:

I'll give you the element's densities and you can figure it out from there.. Cesium - 1.873 g Chlorine - 3.214 g Rubidium - 1.63 g Tin - 5.77 g Lead - 11.29 g

(just a note: the units for density are g/mL or g/cm^3)

4 years ago

Extrinix:

@az wrote:

@extrinix wrote:

I'll give you the element's densities and you can figure it out from there.. Cesium - 1.873 g Chlorine - 3.214 g Rubidium - 1.63 g Tin - 5.77 g Lead - 11.29 g

(just a note: the units for density are g/mL or g/cm^3)

Noted ^^

4 years ago

JoelTheBoss:

Chlorine is 0.003214 g/cc

4 years ago

Mathplayer223:

is he still right?

4 years ago

JoelTheBoss:

Cesium is 1.873 g/cc

4 years ago

Mathplayer223:

it was wrong chlorine is the least similar

4 years ago

JoelTheBoss:

as i said lol

4 years ago

JoelTheBoss:

He gave you raw numbers without converting.

4 years ago

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