Please explain in detail the balanced chemical equation from activity series table Fe+Mg^+2=
Cr+Pb^+2=
Ag^++Fe=
Ag^++Fe=
Ag+Au^3=
Please explain in detail the balanced chemical equation from activity series table Fe+Mg^+2= Cr+Pb^+2= Ag^++Fe= Ag^++Fe=...
Consider the activity series: ….. Mg > Al > Fe > Zn > H > Cu > Ag > Au …… Which of the statements will be true? i. in a voltaic cell Ag/Fe, element Ag will serve as anode and Fe will be cathode ii. Al will oxidize Cu, Ag, Au iii. Fe will reduce H, Cu and Ag iv. Cu will oxidize Al and Mg v. H is a stronger oxidizing agent than Cu, Ag A. i and...
Chemical Reactions From your observations, arrange Cu, Ag. Pb, Zn, and Mg in order of their activities, list- ing the most active first. Explain how you determined this order using your experimen- tal data b. Where would H* fit in the activity series you developed in question 1 (use your experi- mental data)? Can you conclusively determine its position? Why or why not? If not, what experiment could you perform to determine its position? c. Would magnesium react with dilute...
Does the ordering of activity series Mg, Zn, Fe, Cu, Ag agree with the ionization energies of the elements? Why or why not? selecuul UI e vunum 14. Since the activity series describes the propensity for a metal to lose electrons one might think that ionization energies could predict the activity series. Ionization energies are measured in the gas phase and have the following values for the metals used in this laboratory: Reaction Ag (5) ► Agt (g) + 1...
Instructions for Part B: Use the activity series at the right to determine which reactions will occur. For those reactions that will occur, identify the oxidizing and reducing agents, and write a balanced molecular equation and net ionic equation. Magnesium ribbon is combined with aqueous copper (II) chloride. Ox agent: Red agent: Balanced molecular equation: Strength as reducing agent Li к Ba Can displace H2 from water Са Na Mg AI Mn Zn Can displace H2 from steam Cr Fe...
Fill in all the blanks. the table 9.13 helps to answer questions a-c. Chemical Reactions a. From your observations, arrange e Cu. Ag. Ph, Zn, and Mg in order of their activities, lst- ing the most active first. Explain how you determined this order using your e tal data b. Where would H' fit in the activity series you developed in question 1 (use your experi- mental data)? Can you conclusively determine its position? Why or why not? If not...
Based on the activity series, which one of the reactions below will occur? Most reactive to least reactive Mn> Zn > Cr> Fe > Co > Ni > Sn> Pb > H2 > Cu > Ag > Hg > Pt > Au © Zn (s) + Mnl2 (aq) → Zn2 (aq) + Mn (5) SnCl2 (aq) + Cu (s) — Sn (s) + CuCl2 (aq) O 2AgNO3(aq) + Pb (s) — 2Ag (s) + Pb(NO3)2 (aq) O 3Hg (1) +...
Select the chemical equation that is balanced: 2 Cr + 3 HCl → 2 CrCl3 + 3 H2 2 Cr + 6 HCl → 2 CrCl3 + 3 H2 Cr + 3 HCl → CrCl3 + 3 H2
Test Table 1 Single Displacement Reactions Tube Equation (Complete) 1 epr Cuts + AG NO- 210 PB + Cu(NO 32 Zn + Pb (NO) Zn + MgSO4 Cu + H2 SO. - Zn + H2SO4 (ag) - Observations bere dissolved. che Lly Owych NO ACES Na reaches Hydelse Table# 2 Relative Reactivities Test Tube Number 1 2 Greater Activity Lesser Activity Silver cu 1 2 3 4 cu Pb Pb Mg ₂ ] in 1. Arrange the metals Pb and...
Given the following activity series: Select the following elements that would react with a solution of Co(NO3)2. ( Hint: which elements would do the following: A(s) + Co(NO3)2 --> Co(s) + A(NO3)x) A. Cr (s) B. Ag (s) C. Sn (s) D. Pb (s) E. Mg (s) F. Au (s) G. Li (s) H. Hg(s)
Developing an Activity Series Activity 1 Data Table Observations for Activity Series (Fill in data table) Observation (record yes or no if a reaction occurred) Mg2+(MgSO4) Fe2+(FeSO4) Cu2+(CuSO4) Mg(s) X Yes yes Fe(s) no X no Cu(s) Yes no X For each combination from the above Developing an Activity Series Activity 1 Data Table where you saw a reaction, write the overall oxidation-reduction equation. (Hint each yes is an equation) Based on the spontaneous equations you wrote for question number...