Respuesta :
(a) 37Q = 37Rb(Rubidium)
35R = 35Br(Bromine)
Formula of the compound is : RbBr(Rubidium Bromide)
(b) 8Q = 8O(Oxygen)
13R = 13Al(Aluminum)
Formula of the compound is : Al2O3(Aluminum Oxide)
(c)20Q = 20Ca(Calcium)
53R = 53I(Iodine)
Formula of the compound is : CaI2(Calcium Iodide)
35R = 35Br(Bromine)
Formula of the compound is : RbBr(Rubidium Bromide)
(b) 8Q = 8O(Oxygen)
13R = 13Al(Aluminum)
Formula of the compound is : Al2O3(Aluminum Oxide)
(c)20Q = 20Ca(Calcium)
53R = 53I(Iodine)
Formula of the compound is : CaI2(Calcium Iodide)
Answer:
(a) [tex]RbBr[/tex] - rubidium bromide.
(b) [tex]Al_2O_3[/tex] - aluminium oxide.
(c) [tex]CaI_2[/tex] - calcium iodide.
Explanation:
Hello,
(a) In this case, the elements having 37 and 35 as the oxidation states are rubidium and bromine respectively, in such a way the formed compound, due their gatherable oxidation states (+1 and -1 respectively) is the following binary salt:
[tex]RbBr[/tex] - rubidium bromide.
(b) In this case, the elements having 8 and 13 as the oxidation states are aluminium and oxygen respectively, in such a way the formed compound, due their gatherable oxidation states (+3 and -2 respectively) is the following basic oxide:
[tex]Al_2O_3[/tex] - aluminium oxide.
(c) In this case, the elements having 20 and 53 as the oxidation states are calcium and iodine respectively, in such a way the formed compound, due their gatherable oxidation states (+2 and -1 respectively) is the following binary salt:
[tex]CaI_2[/tex] - Calcium iodide.
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