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15 Nov 2019
Write the balanced chemical equations that correspond to the reactions that occurred. Identify the physical state of the products. Indicate the species that is oxidized and the species that is reduced. If reaction does not occur, write NR. a Cus) AgNO3(ac) Molecular equation Net ionic equation Species that oxidizes Species that is reduced b)Zn(s)+ Cu(NO3)2(ac) Molecular equation Net ionic equation Species that oxidizes Species that is reduced c) Mg(s)+ Zn(NO3)2(ac) Molecular equation Net ionic equation Species that oxidizes Species that is reduced d) Cus) HClac) Molecular equation Net ionic equation Species that oxidizes Species that is reduced (ac) Molecular equation Net ionic equation Species that oxidizes Species that is reduced
Write the balanced chemical equations that correspond to the reactions that occurred. Identify the physical state of the products. Indicate the species that is oxidized and the species that is reduced. If reaction does not occur, write NR. a Cus) AgNO3(ac) Molecular equation Net ionic equation Species that oxidizes Species that is reduced b)Zn(s)+ Cu(NO3)2(ac) Molecular equation Net ionic equation Species that oxidizes Species that is reduced c) Mg(s)+ Zn(NO3)2(ac) Molecular equation Net ionic equation Species that oxidizes Species that is reduced d) Cus) HClac) Molecular equation Net ionic equation Species that oxidizes Species that is reduced (ac) Molecular equation Net ionic equation Species that oxidizes Species that is reduced
Irving HeathcoteLv2
3 May 2019