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To group a salt into a basic category like sulphate,nitrate,chloride,sulphide or carbonate one can do the following tests REMEMBER: THE TESTS GIVEN BELOW HOLD GOOD FOR ONLY THE GROUPS MENTIONED ABOVE AND PROVIDED THAT THEY ARE DONE IN THE ORDER MENTIONED BELOW 1.add dil. HCl to salt and see whether you get a colourless,odourless gas turning moist red litmus blue and turning lime water milky. if the result of the above is positive then it is a carbonate salt 2.if the salt gives a rotten egg smelling gas when dil.HCl is added,it is a sulphide salt 3.if the salt gives a white precipitate for silvernitrate test then it is a chloride salt.alternatively if the salt gives red orange vapours in chromyl chloride test then it is a chloride salt 4.a salt that gives white precipitate for barium chloride test is a sulphate salt 5.a salt that gives brown ring for the brown ring test and decripitates on heating is a nitrate salt 6.also ammonium salts can be identified by just heating them. an ammonium salt on heating gives pungent smeling gas(NH3) that gives dense white fumes with glass rod dipped in con. HCl(NH4Cl) 7.most of the sulphide and carboate salts are insoluble in water but soluble in HNO3 8.ammonium salts give NH4Cl vapours on heating with NaOH too. 9.nitrate salts give reddish brown gas when heated with copper turnings and con.H2SO4 10. also remember to confirm that the given salt doesn't answer all the above tests
What else can I help you with?
How do scientists identify the chemical properties of a material?
Scientists use various analytical techniques such as spectroscopy, chromatography, and mass spectrometry to identify the chemical properties of a material. These techniques help in determining the molecular structure, composition, and behavior of the material at a molecular level. By comparing the results with known standards, scientists can identify and characterize the chemical properties of the material.
Two minerals have the same color and luster what else could you use to identify the mineral?
Examples of mineral characteristics: - density - hardness - refractive index - chemical composition - magnetic properties - cleavage - crystal system - radioactivity
How can one identify elements effectively?
To identify elements effectively, one can use tools such as the periodic table, conduct chemical tests, analyze the physical properties of the substance, and use spectroscopy techniques to determine the atomic structure.
Would you use salt and sugar crystals to identify different colours in a paint?
No, salt and sugar crystals are not commonly used to identify colors in paint. They are more commonly used in chemical experiments or culinary applications. Color can usually be identified in paint through visual observation or by using color matching tools.
What are Characteristics we use to tell the difference between kinds of matter called?
The characteristics used to differentiate between different kinds of matter are called properties. These properties can include physical properties (such as color, shape, and density) and chemical properties (such as reactivity, flammability, and acidity). By observing and analyzing these properties, we can identify and classify different types of matter.
Three characteristic properties you could use to identify iron?
Magnetic properties: Iron is attracted to magnets. Density: Iron is a heavy metal with a density of about 7.87 g/cm^3. Reactivity with acids: Iron reacts with acids to produce hydrogen gas and the corresponding iron salt.
If you were Becquerel what are some possible tests that you can do to identify the radiations emitted by the uranium salt?
Becquerel could perform tests such as a photographic plate experiment to detect the radiation emitted by the uranium salt, use a Geiger-Muller counter to measure radiation levels, and conduct a cloud chamber experiment to observe the paths of charged particles emitted by the uranium salt. These tests would help him identify the type and properties of the radiation emitted.
What properties can scienctist use to identify minerals?
Color
What properties can scientist use to identify minerals?
color
What properties of minerals do scientist use to identify minerals?
They have to identify their properties. That is how they identfiy the minerals. just kiddinq i dont know how can anyone help me!
If you were Becquerel what are some possible tests that you can do to identify the radiation emitted by uranium salt?
Becquerel could use a Geiger counter to detect the presence of radiation emitted by the uranium salt. He could also perform a cloud chamber experiment to visualize the tracks created by the radiation particles. Additionally, he could use a gamma spectrometer to identify the specific type and energy of radiation emitted by the uranium salt.
If you have a mixture of gravel and sand and salt and iron fillings what properties of these substances could you use to separate the mixture and how would you use those properties?
You could use a magnet to separate the iron fillings from the mixture, as iron is magnetic while the other substances are not. Next, you could use water to dissolve the salt, allowing you to separate it from the sand and gravel mixture. Finally, you could use a sieve to separate the remaining sand and gravel mixture based on particle size.
How do you Identify the salt at sight in chemistry lab?
To identify a salt at sight in a chemistry lab, you can observe its physical properties such as color, crystal structure, solubility in water, and any characteristic odors. You can also perform simple tests like flame tests or reaction with acid to help identify the ions present in the salt. It's important to refer to reference materials or use analytical techniques for accurate identification.
What are the observable properties that scientist use to identify minerals?
Observable properties are: color and streak, luster, cleavage and fracture (crystalline structure), and hardness.
How do you link one field in ms access table to some other field?
You can do it in a few ways. You can use the Relationships window. You could use the Lookup wizard to establish that a field is linked to one in another table. You can set the properties and identify the source of the data. Whatever way you do it, you need to plan it very carefully and ensure that the relationship is needed and set up properly.You can do it in a few ways. You can use the Relationships window. You could use the Lookup wizard to establish that a field is linked to one in another table. You can set the properties and identify the source of the data. Whatever way you do it, you need to plan it very carefully and ensure that the relationship is needed and set up properly.You can do it in a few ways. You can use the Relationships window. You could use the Lookup wizard to establish that a field is linked to one in another table. You can set the properties and identify the source of the data. Whatever way you do it, you need to plan it very carefully and ensure that the relationship is needed and set up properly.You can do it in a few ways. You can use the Relationships window. You could use the Lookup wizard to establish that a field is linked to one in another table. You can set the properties and identify the source of the data. Whatever way you do it, you need to plan it very carefully and ensure that the relationship is needed and set up properly.You can do it in a few ways. You can use the Relationships window. You could use the Lookup wizard to establish that a field is linked to one in another table. You can set the properties and identify the source of the data. Whatever way you do it, you need to plan it very carefully and ensure that the relationship is needed and set up properly.You can do it in a few ways. You can use the Relationships window. You could use the Lookup wizard to establish that a field is linked to one in another table. You can set the properties and identify the source of the data. Whatever way you do it, you need to plan it very carefully and ensure that the relationship is needed and set up properly.You can do it in a few ways. You can use the Relationships window. You could use the Lookup wizard to establish that a field is linked to one in another table. You can set the properties and identify the source of the data. Whatever way you do it, you need to plan it very carefully and ensure that the relationship is needed and set up properly.You can do it in a few ways. You can use the Relationships window. You could use the Lookup wizard to establish that a field is linked to one in another table. You can set the properties and identify the source of the data. Whatever way you do it, you need to plan it very carefully and ensure that the relationship is needed and set up properly.You can do it in a few ways. You can use the Relationships window. You could use the Lookup wizard to establish that a field is linked to one in another table. You can set the properties and identify the source of the data. Whatever way you do it, you need to plan it very carefully and ensure that the relationship is needed and set up properly.You can do it in a few ways. You can use the Relationships window. You could use the Lookup wizard to establish that a field is linked to one in another table. You can set the properties and identify the source of the data. Whatever way you do it, you need to plan it very carefully and ensure that the relationship is needed and set up properly.You can do it in a few ways. You can use the Relationships window. You could use the Lookup wizard to establish that a field is linked to one in another table. You can set the properties and identify the source of the data. Whatever way you do it, you need to plan it very carefully and ensure that the relationship is needed and set up properly.
What condiment could be used for salt?
You could use any number of spices and seasonings to substitute for salt. What you choose to use would depend on food types.
How do scientists identify the chemical properties of a material?
Scientists use various analytical techniques such as spectroscopy, chromatography, and mass spectrometry to identify the chemical properties of a material. These techniques help in determining the molecular structure, composition, and behavior of the material at a molecular level. By comparing the results with known standards, scientists can identify and characterize the chemical properties of the material.
