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The Group 2 metals (Ba, Ca, Sr) can be produced in the elemental state by the reaction of their oxides with aluminum metal at high temperatures, also producing solid aluminum oxide as a by-product Choose the unbalanced chemical equation for the reaction of barium oxide with aluminum. O Ba0(s) + Ba() Al(s) + Al, O3(a) O BaO(s) + Al(s) + Ba(s) + Ala0;(s) O Ba(a) + Al(s) Ba0(a) + Al O,(a) O Ba(a) + Al,O,(a) Ba0(s) + AI(s) b Choose the unbalanced chemical equation for the reaction of calcium oxide with aluminum. O CaO(s) + Ca(s) Al(a) + AlO,(s) O CaO(a) + Al() Ca(s) + AlO,(s) O Ca(s) + Al(s) CaO(s) + Al;Os() O Ca(a) + Al2O(s)CaO(s)+Al(s) Choose the unbalanced chemical equation for the reaction of strontium oxide with aluminum. O Sro(s) + Sr(s)+ Al(s) + AlO (s) O SrO(a) + Al(s) Sr(s) + Al Og(s) O Sr(a) + Al(a) SrO(a) + AlO3(a) O Sr(s) + AlO,(s) SrO(s) + Al(s)

The Group 2 metals (Ba, Ca, Sr) can be produced in the elemental state by the reaction of their oxides with aluminum metal at high temperatures, also producing solid aluminum oxide as a by-product Choose the unbalanced chemical equation for the reaction of barium oxide with aluminum. O Ba0(s) + Ba() Al(s) + Al, O3(a) O BaO(s) + Al(s) + Ba(s) + Ala0;(s) O Ba(a) + Al(s) Ba0(a) + Al O,(a) O Ba(a) + Al,O,(a) Ba0(s) + AI(s) b Choose the unbalanced chemical equation for the reaction of calcium oxide with aluminum. O CaO(s) + Ca(s) Al(a) + AlO,(s) O CaO(a) + Al() Ca(s) + AlO,(s) O Ca(s) + Al(s) CaO(s) + Al;Os() O Ca(a) + Al2O(s)CaO(s)+Al(s) Choose the unbalanced chemical equation for the reaction of strontium oxide with aluminum. O Sro(s) + Sr(s)+ Al(s) + AlO (s) O SrO(a) + Al(s) Sr(s) + Al Og(s) O Sr(a) + Al(a) SrO(a) + AlO3(a) O Sr(s) + AlO,(s) SrO(s) + Al(s)

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter4: Stoichiometry
Section: Chapter Questions
Problem 4.68PAE: 4.68 The pictures below show a molecular-scale view of a chemical reaction between the compounds AB2...
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The Group 2 metals (Ba, Ca, Sr) can be produced in the elemental state by the reaction of their oxides with aluminum metal at high temperatures, also producing solid aluminum oxide as a by-product. a Choose the unbalanced chemical equation for the reaction of barum oxide with aluminum. O Ba0(s) + Ba(s) Al(s) + Al03 (s) Ba0(s) + Al(s)- Ba(s) + Al, O3 (a) O Ba(s) + Al(s) Ba0(s) + Al,0 (a) O Ba(s) + Al,O3 (s) Ba0(s) + Al(s) b Choose the unbalanced chemical equation for the reaction of calcium oxide with aluminum. O CaO(s) + Ca(s)Al(s) + Al203 (s) O Ca0(s) + Al(s) → Ca(s) +Ak0: (s) O Ca(s) + Al(s) CaO(s) + Al, 0%(s) O Ca(s) + Al2O; (s) CaO(s) + AI(s) C Choose the unbalanced chemical equation for the reaction of strontium oxide with aluminum O SrO(s) + Sr(s) Al(s) + Al, 0:(s) O Sr0(s) + Al(s) Sr(s) + Al,O, (s) O Sr(s) + Al(s) SrO(s) + Al, O, (3) O Sr(s) + Al, O3 (s)SrO(s) + Al(s) Submit Answer Try Another Version 1 item attempt remaining Cengage Learning | Cengage Technical Support DELL
Transcribed Image Text:The Group 2 metals (Ba, Ca, Sr) can be produced in the elemental state by the reaction of their oxides with aluminum metal at high temperatures, also producing solid aluminum oxide as a by-product. a Choose the unbalanced chemical equation for the reaction of barum oxide with aluminum. O Ba0(s) + Ba(s) Al(s) + Al03 (s) Ba0(s) + Al(s)- Ba(s) + Al, O3 (a) O Ba(s) + Al(s) Ba0(s) + Al,0 (a) O Ba(s) + Al,O3 (s) Ba0(s) + Al(s) b Choose the unbalanced chemical equation for the reaction of calcium oxide with aluminum. O CaO(s) + Ca(s)Al(s) + Al203 (s) O Ca0(s) + Al(s) → Ca(s) +Ak0: (s) O Ca(s) + Al(s) CaO(s) + Al, 0%(s) O Ca(s) + Al2O; (s) CaO(s) + AI(s) C Choose the unbalanced chemical equation for the reaction of strontium oxide with aluminum O SrO(s) + Sr(s) Al(s) + Al, 0:(s) O Sr0(s) + Al(s) Sr(s) + Al,O, (s) O Sr(s) + Al(s) SrO(s) + Al, O, (3) O Sr(s) + Al, O3 (s)SrO(s) + Al(s) Submit Answer Try Another Version 1 item attempt remaining Cengage Learning | Cengage Technical Support DELL
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