Similar Posts

Subscribe
Notify of
7 Answers
Oldest
Newest Most Voted
Inline Feedbacks
View all comments
Peppie85
11 months ago

It’s hard to say. the mean value for the density of soil excavation is between 1.4 and 1.6.

This means your 4 m3 excavation can weigh between 5.4 and 6.4 tons.

6000 litres of water weigh about 6000 kg or tons. plus minus 100 kg or so, depending on temperature.

Norina1603
11 months ago

Hello,

the specific weight of the mother’s base is, depending on the composition, 1.3t/m3 to 1.5t/m3

https://www.google.com/url?sa=t&source=web&rct=j&opi=89978449&url=https://yippy.green/de/thema/mother floor weight&ved=2ahUKEwjipqD–6eFAxXYi_0HZAsBYQFnoECA4QAw&usv

If this is pure humus/mother bottom, 4m3 (1.3×4=5.2t) of which should be even lighter than 6m3 of water (6t) with a higher Kies content, the weight (4×1.5t=6t) should almost be compensated!

I know that because my husband was busy in the earth/deep building for decades! Nevertheless, the link to the wall!

rumar
11 months ago
Reply to  Norina1603

“I know that because my husband was busy in the earth/deep building for decades! Nevertheless, the link to the foundation!”

I find the expression “for underwall” so great and suitable! (full in the typical industry vocabulary!)

Mpdu97
11 months ago

Depends on the temperature of the water and on the composition of the earth.

At about 4° C., the weight of 1L water is 1kg. According to 6000kg.

Spikeman197
11 months ago

6 m3 water weigh 6 t…

If 4 m3 weighs 6 t, they would have a density of 1.5 g/cm3.

There’s something on it, but sand and rock have a density that’s a little higher! It might be 6-7 t.

Apokailypse
11 months ago

Earth excavation ~ 1,8to / m3

Stones / Concrete ~ 2,1to / m3

Water 1to / m3

Now you can calculate your shares.

Rosswurscht
11 months ago

This depends very much on the composition of the earth.

I think it might be about the same.