Water exam preparation- Mock Test
Water Exam Preparation Quiz
Test your knowledge about water chemistry and its properties with this engaging mock exam. Whether you are a student preparing for an exam or an enthusiast looking to refresh your knowledge, this quiz covers essential concepts in water science.
- Evaluate your understanding of water properties.
- Learn about solubility and density.
- Explore phenomena related to temperature changes.
Solution containing maximum solute that can be dissolved in a solvent at the given temperature is called ______________.Fill in the blank with the correct answer (saturated/unsaturated).
Substances which do not contain water molecules are called_________salt. Fill in the blank with the correct answer(anhydrous/ hydrous).
The pipes in cold countries burst due to ____________expansion of water.
________________is the phenomenon in which a substance absorbs moisture without dissolving in it.
Efflorescence
Expansion
Deliquescence
Hygroscopy
The density of ice in its liquid state is _____________ than that in solid state.
Lower
Higher
Moderate
None of the above
The solubility depends on,
Solubility increases with _________in temperature and decreases with ______in temperature.
Increase , no change
Decrease , no change
Increase, decrease
Decrease ,increase
The temperature at which the water gets converted into its vapor state is ____________degree celsius.
100
99
273
Zero
State TRUE or FALSE. Copper sulfate is not a dry salt.
True
False
State TRUE or FALSE. Water expands at all low temperatures.
True
False
{"name":"Water exam preparation- Mock Test", "url":"https://www.quiz-maker.com/QPREVIEW","txt":"Test your knowledge about water chemistry and its properties with this engaging mock exam. Whether you are a student preparing for an exam or an enthusiast looking to refresh your knowledge, this quiz covers essential concepts in water science.Evaluate your understanding of water properties.Learn about solubility and density.Explore phenomena related to temperature changes.","img":"https:/images/course2.png"}