- Table salt is a substance - sodium chloride (NaCl); the salt contain two elements chemically bonded.
- Salt water is a mixture of water (H2O), the solvent, with sodium chloride and other salts; also contain insoluble materials.
- Sand is a powdered material; sand has different compositions: calcium carbonate, lava, silicates etc.
Sand may be a substance if it is pure.
To determine which substance in the table is a liquid at 105 degrees, you would need to know the melting and boiling points of the substances listed. A substance that has a melting point below 105 degrees and a boiling point above 105 degrees would remain in liquid form at that temperature. Please provide the specific substances for a more accurate answer.
The simplest type of substance is an element. They cannot be split up even by chemical reactions. There are over 100 elements, and the Periodic Table is a list of them.
If you know the melting point and boiling point of a substance, you could look them up in a table to see what substances have those melting and boiling points. In practice, there are lots of other tests you'd probably want to do in addition, because in general there's no guarantee that an unknown substance is a single pure compound.
You look at the periodic table.
Elements are in the periodic table not substances, the most reactive of those elements would be Fluorine because of its electronegativity.
i really dont know
Berlium is a element in the periodic table i think. i dont know for certian what they use it for though
as u know, seawater is salty ,that is hypertonic.. when u place RBC in sea water it will swell and then burst.
I don't know about percentages, but since sea water has a lot of salt, I would expect that to be sodium and chlorine. (That is the common table salt; sea water also has some other salts.)
The simplest type of substance is an element. They cannot be split up even by chemical reactions. There are over 100 elements, and the Periodic Table is a list of them.
Quite a lot - depending on the specific substance you are talking about. What do you want to know?
There are certain testing methods that you can utilize when checking if seawater is saturated. Depending on what you want to test, there are specific testing kits for seawater for each chemical you are testing for.
To calculate the mass of a 600 ml sample of seawater, you need to know the density. If the density of seawater is approximately 1.025 g/ml, the mass can be calculated using the formula: mass = density × volume. Therefore, the mass of the seawater would be approximately 600 ml × 1.025 g/ml = 615 grams.
It's good to know how you plan on using the table. The three major things to look for are the level of the table, the underlay of the table, and the challenge of the table.
Kilogram is a unit of mass, millimeters is a unit of volume. However, for a specific substance, you can convert it, if you know the substance's density.Kilogram is a unit of mass, millimeters is a unit of volume. However, for a specific substance, you can convert it, if you know the substance's density.Kilogram is a unit of mass, millimeters is a unit of volume. However, for a specific substance, you can convert it, if you know the substance's density.Kilogram is a unit of mass, millimeters is a unit of volume. However, for a specific substance, you can convert it, if you know the substance's density.
You look at the periodic table.
u doin this for ms.aubrey 2...