If you mean g/ml in ordinary water then it will float, 8% above water level, 92% below
8
1. The density of mercury is 13 534 kg/m3.2. Mercury sink in water.
Depends on quantity. But assuming you have the same volume of both then Gold is definitely heavier.
11.34 g/mL
1.32 g/mL
what metal has a density of 5 g/mL
yes it would sink because its more dense than water
1. The density of mercury is 13 534 kg/m3.2. Mercury sink in water.
Aluminum will sink in water because its density (2.7g per cc) is greater than water (1.0g per cc). A solid object would only float if it displaces more mass than it weighs (i.e., its density is less than water).
When two substances do not mix with each other, the less dense substance will float on the more dense substance. Vegetable oil floats on water. If the mystery substance with d = 0.95 g/mL does not mix with water, then it should float on top of water. If the mystery substance with d = 0.95 g/mL does not mix with vegetable oil, then it should sink in vegetable oil.
As a general rule, anything that is more dense than the medium they are floating in will sink and things that are less dense than the medium will float. So, if you are looking into whether or not 0.85 g/ml will sink or float in water, which has a density of 1.0 g/ml, then the answer is it will float. The mechanism that will keep the object afloat is the bouancy of the medium. The force of bouancy is equal to the weight of the displaced fluid.
I think you mean to say density. If I'm right, it'll sink.
3.531%
Go to yoyogames.com, they have a bunch of tutorials. You could also go to, gmc.yoyogames.com. It's the forum of gml game makers.
If kgl is kg/L and gml is g/mL these densities are equal.
GML is a standard of the OGC and ISO (ISO 19136). G-XML is a standard of the Japanese Standards Association (JSA). Both standards are based on XML for the encoding of geographic information, however, G-XML is focused on location based services. G-XML is written in GML as a GML application schema.
Depends on quantity. But assuming you have the same volume of both then Gold is definitely heavier.
8.92 g/mL