The formula for sodium sulfate is Na2S04. Write the names and formulas for the other alkali metal sulfates
Alkali metals sulfates are:
Lithium sulfate Li2SO4
Sodium sulfate Na2SO4
Potassium sulfate K2SO4
Rubidium sulfate Rb2SO4
Caesium sulfate Cs2SO4
Francium sulfate Fr2SO4
Note: Alkali metals are the elements of group 1 in periodic table. They show common oxidation state of +1 so they form similar compound with sulfate ion.
The formula for sodium sulfate is Na2S04. Write the names and formulas for the other alkali...
Sodium hydroxide (NaOH) reacts with sulfuric acid (H2S04) yields sodium sulfate (Na2S04) and water according to the following unbalanced equation To balance this equation, we need to find constants (xi, X2, X3, x4) in front of the products and the reactants to get the balanced equation in the form In order to get the values for x1, X2, .., x4, we compare the number of atoms of sodium (Na), oxygen (0), hydrogen (H), and sulfur (S) in the reactants with...
Balanced Chemical Equation: 1. Write the balanced equation for the reaction of ammonium sulfate and sodium hydroxide. (NH504 2NaoH Na2s04 t2N H3220 Ka 2 2. Write the balanced equation showing the ammonium ion acting as an Arrhenius acid.
Write formulas for the following compounds. -Sodium phosphate -Magnesium hydrogen sulfate -Manganese(II) chloride -Chromium(III) carbonate Write formulas for the following binary compounds. -Potassium chloride -Tin(II) bromide -Calcium oxide -Barium chloride -Aluminum hydride
5. Write the names and formulas of the following strong acids. Then write two balanced chemical equations to show their (a) dissociation according to the Arrhenius definition and (b) reaction with water according to the Bronsted-Lowry definition. These three strong acids must be memorized. Acid Name/Formula Reaction Arrhenius: Bronsted-Lowry: Arrhenius: Bronsted-Lowry: Arrhenius: Bronsted-Lowry: 6. Write the names and formulas of the following bases. Then write two balanced chemical equations to show their (a) dissociation in water according to the Arrhenius...
3 pts Question 4 Write the formula of the precipitate formed when aqueous sodium sulfate is mixed with calcium nitrate
Nomenclature Grid 1 - Names and Formulas of Simple lonic Compounds First write the formulas of the positive and negative ions in the blank spaces provided in the row and column headings. Then, in each rectangle appearing in the main grid, first write the name of the compound, and then write its correct chemical formula underneath. Fluoride ion Chloride ion Oxide ion Sulfide ion Nitride ion Sodium ion Potassium ion Magnesium lon Barium ion Aluminum ion Please continue to Nomenclature...
6. Complete and balance the following equation; write names and formulas of products Na3PO4 Sodium phosphate + + MgSo. magnesium sulfate → 7. SOLVE: USE DIMENSIONAL ANALYSIS AND SHOW WORK The equation for the making of chlorine dioxide CIO, is Cl2 + 02 - CIO a. Balance the equation; Rewrite the balanced equation In one experiment, 17.8 g of chlorine were used and yielded 43.5 g of chlorine dioxide- CIO. b. Calculate i) the theoretical yield (in grams) of chlorine...
Sodium sulfate has the chemical formula Na2SO4. Based on this information, the formula for chromium(III) sulfate is ____. I seen the answer, I just don't understand how to get it.
Nomenclature Grid II - Names and Formulas of lonic Compounds with Polyatomic lons AWS First write the formulas of the positive and negative ions in the blank spaces provided in the tow and column headings. Then, in each rectangle appearing in the main grid, first write the name of the compound, and then write its correct chemical formula underneath. Phosphate Nitrate lon Acetate ion Carbonate lon Sulfate lon lon Ammonium lon Silver lon Ferrous lon Cupric ion Ferric ion Please...
6) a)Write structural formulas and provide IUPAC names for all of the isomeric aldehydes and ketones that have the molecular formula C6H12O. Include stereoisomers. b) Circle the isomers in part a that yield chiral alcohols upon reaction with sodium borohydride. c) Circle the isomers in part a that yield chiral alcohols upon reaction with methyl magnesium iodide.