Hi there,
Okay I understand that it is 1 litre of volume. I am thinking of getting one litre of epoxy resin, In cm is this 10cm x 10cm x 10cm? I think it is but am after a second opinion.
Regards Ben
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Hi there,
Okay I understand that it is 1 litre of volume. I am thinking of getting one litre of epoxy resin, In cm is this 10cm x 10cm x 10cm? I think it is but am after a second opinion.
Regards Ben
Hi Ben,
You are spot on! 1L = 1000cc which fits into a 100mm cube!
1000 of them = 1 cubic metre which = 1000L
Quote:
Originally Posted by Tankstand
and of course, if it were water, 1L would weigh 1 kilogram. Or more correctly, it would have a mass of 1 Kg.
Aint the metric system wonderful...
Unfortunately it's not that srtaightforward.Quote:
Originally Posted by Avery
The Mass of 1L of liquid water depends on the temperature.
At 0º it's 999.85 g
At 4º it's 999.97 g
At 100º it's only 958 g
Then of course there's ice and steam which are also water :)
Oh. Dear.
Bob has put his hat on once again.
Pete :)
And of course it should be measured at sea level as any increase in the atmospheric pressure also affects it.:)Quote:
Originally Posted by BobL
Peter.
The most atmospheric pressure can effect the weight of 1L of water is about 0.1% (this is a buoyancy effect).Quote:
Originally Posted by Sturdee
Changes in weight due to altitude because of a changes in "g" are about 0.3% at 30,000 ft
Changes in weight due to latitude (equator to poles) is also about 0.3%
Note I also changed my post to "mass". Then none of the above matter.
Good on you Bob!
All correct.
Thank you.
I must learn to be more concise.
I must learn to be more concise.
Sorry if I came over as a smart #### - just too used to correcting students.
Good work folks - love it. But I'm confused. I drive off the mountain from my home in the Dandenongs to buy my milk. As I bring it home I increase altitude and decrease temperature. Is my milk lighter or heavier when i get it home?
How did you get home after driving off a mountain? :qQuote:
Originally Posted by danny.s
Because it is presumably in an enclosed container the temp has no effect on the weight - the increase in altitude will degrease the weight. Mass stays the sameQuote:
Originally Posted by danny.s
Excellent work Bob! I will enjoy explaining this to my kids next time we go shopping.
Quote:
Originally Posted by danny.s
Do you buy milk or do you buy "lite" milk?
You should be careful. It would seem that some milks are getting "liter" if you believe the advertising. You may find that by the time you get home, depending on the time of year, your milk may have disappeared completely. A terrible thing!
I blame the physics. or was that the phsychics --- bugger!
Ah, but the question is should we exclude or correct for the effects of frame dragging and other relativistic mass effects in our milk purchase calculations?
ignoring all the above, I'm guessing your question is more along the lines "how many square metres will one litre cover" to which the short answer is much less than the cubic volume.Quote:
Originally Posted by Bupton
so whilst one litre approximates 100 x 100 x 100 mm, it doesn't automatically follow that the litre will cover 10 square metres at 0.1 mm thick (1000mm x 100mm x 0.1mm)