You can do a pH test using a pH litmus paper test strip, red cabbage pH indicator (The juice should turn pink in acidic solutions, and green in basic solutions), or similar. Also, any pH number greater than 7 is considered a base and any pH number less than 7 is considered an acid. Xo, Smartiiz.
Here are some tests that you can perform to bring out some of the characteristics of an acid:
- They will turn litmus paper red
- When added to a carbonate, one of the products will be carbon dioxide
- Then added to most metals, they will give out hydrogen
- They will neutralise an alkali, and give out heat in the process. The resulting solution will have a neutral, or lower pH, than the starting solution.
- Acids taste sour
- A base as compared to acid is thick and slippery. So if its not, then its an acid.
PH paper or litmus test is normally use to determine whether the liquid is acid, base or normal. It is the scale consist of 14 numbers. The digit 7 represents neutral liquid i.e. water. 1 indicates strongest acid and 14 indicates strongest base.
dip some Litmus paper in it and see what colour it goes.
Stick a piece of litmus paper in it and compare the color to the color key on the package.
The simplest method is the test with a pH paper.
pH meter or pH paper will work
This is commonly used when describing liquids. "Clear" in this context means that you can see through the liquid, so if you put a penny (for example) in a cup of this liquid, you could still see the penny. "Colourless" would mean that the liquid was the same colour as water. Clear but not always colourless means that the liquid may have a tint (so it may be blueish or greenish or some other colour) but you can still see through it.
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It would turn colourless.
Increasing pressure.
It would be a liquid at 2000 oC.
For an acid, the solution remains colourless or unchanged. For an alkali, it would turn fuschia.
This is commonly used when describing liquids. "Clear" in this context means that you can see through the liquid, so if you put a penny (for example) in a cup of this liquid, you could still see the penny. "Colourless" would mean that the liquid was the same colour as water. Clear but not always colourless means that the liquid may have a tint (so it may be blueish or greenish or some other colour) but you can still see through it.
The distillate
If I was given an unknown liquid and asked to determine if it was an element, a compound, or a mixture I would heat the unknown liquid up to see if any compounds separated from the unknown liquid. After that I would get a microscope and look to see if it is a pure element. Then I would get a Platelet separation machine and put the liquid in the machine to see if the liquid separated. Thats how I would determine if the an unknown liquid is an element, a compound, or a mixture.
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Several reasons, the first being that if air had an odour, other smells, including those that alert us to danger, would be harder to detect. Also, our sense of taste would be impaired as a valuable part of that taste is smell. this could prove dangerous if we were to eat something that we otherwise would not due to taste, and it proved toxic. As for it being colourless, if air had a colour, it would be much like fog in impairing vision. Imagine for a second that the air in front of your face was red. The air pressure would determine the depth of colour, however the distance that you could see through would always be less than it would be if colourless.
Answer.Acetone, is the colourless volatile pungent liquid, used in the manufacture of chemicals and as a solvent used for paints, varnishes and lacquer's.
The object would float in a given liquid.
When a substance loses energy, it becomes more compact. A gas would turn to liquid and a liquid would turn to solid.
Which characteristics are generally given to the atoms that make up a liquid?
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"Head" is a term given to the weight and resulting pressure of a column of liquid above a given point in the system. Static head means that the head pressure is measured with no liquid actually flowing. Dynamic head would be the pressure of the liquid while it is actually flowing.