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SATL- IRON CHEMISTRY

SATL- IRON CHEMISTRY. BY. FAHMY A.F.M & LAGOWSKI J.J. HCl. H 2 SO 4. NaOH. FeCl 2. FeCl 3. Fe 2 (SO 4 ) 3. Fe. Mg. FeO. FeSO 4. Fe 2 O 3. Fe 3 O 4. Fe(OH) 3. 10. 13. 12. 8. 9. 11. 2. 3. 6. 4. 5. 7. 1. You have the following chemicals in your (Lab-3):.

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SATL- IRON CHEMISTRY

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  1. SATL- IRON CHEMISTRY BY FAHMY A.F.M & LAGOWSKI J.J

  2. HCl H2SO4 NaOH FeCl2 FeCl3 Fe2(SO4)3 Fe Mg FeO FeSO4 Fe2O3 Fe3O4 Fe(OH)3 10 13 12 8 9 11 2 3 6 4 5 7 1 You have the following chemicals in your(Lab-3): Answer the following questions (115)

  3. Q1) Use the followingtriangular diagramsto construct the clockwisechemicalrelations between the(Lab-3)chemicals.

  4. FeCl2 Fe Fe Fe A1) H2SO4 (dil) dil H2SO4 oxid. heat / air (CO) 700 - 900C Mg Cl2 /  Mg dry HCl gas conc. H2SO4 FeCl3 Fe2(SO4)3 Mg HNO3 strong heating Fe FeSO4 Fe2O3 FeSO4 FeCl3 Fe2(SO4)3

  5. Fe Fe FeCl2 FeSO4 HCl gas /  dil. H2SO4 A2) oxid. heat / air CO / 700 - 900C Strong heating Mg FeO Fe2O3 Fe2(SO4)3 FeCl3 CO / 400 - 700C conc. H2SO4 Q2) Use the followingquadrilateral diagramsto construct theclockwise chemical relations between(Lab-3)chemicals.

  6. FeSO4 FeCl2 Fe2(SO4)3 FeCl3 HNO3 oxid. oxid. heat / air A3) dil H2SO4 dry HCl gas FeO Fe NaOH Mg red. CO / 300C red. CO / 700-900C Fe3O4 Fe Fe2O3 Fe(OH)3 heat H2O (vap) red hot Q3) Use the followingpentagonal diagramsto construct theclockwise chemical relations between the(Lab-3)chemicals

  7. …… …… …… …… …… …… …… …… …… …… …… …… Q4) Use the followinghexagonal diagramsto construct the clockwisechemical relations between the(Lab‑3)chemicals.

  8. FeCl2 FeSO4 Fe2(SO4)3 FeCl3 oxid. heat / air HNO3 oxid. A42-) dry HCl gas dil. H2SO4 NaOH NaOH Fe(OH)3 Fe(OH)3 Fe Fe red. CO / 700-900C red. CO / 700-900C heat heat red. H2 / 300C red. H2 / 300C FeO FeO Fe2O3 Fe2O3

  9. Fe Fe2O3 A5) red. H2 / 300C strong heating Mg dry HCl gas air oxid. dil. H2SO4 FeCl2 FeO FeCl3 FeSO4 Q5) Use the followingtriangular diagramsto construct anticlockwisechemical relations between some of(Lab‑3)chemicals.

  10. FeSO4 FeCl3 A6) Cl2 /  strong heating heat air oxid. dil. H2SO4 Mg H2 / red. H2 / 300C O2 (oxid) FeO Fe2O3 FeCl2 Fe dry HCl (gas) Q6) Use the followingtriangular diagrams to construct thepossible reversiLAB-3-6.DOC - 2ble chemical relations between your(Lab‑3)chemicals

  11. dry HCl (gas) Fe FeCl2 Fe  FeCl2 FeCl3 Fe2(SO4)3 Fe  FeCl3 Fe2(SO4)3 Fe  FeCl2  FeCl3 oxid. / heat air Mg Cl2/ Fe2(SO4)3 FeCl3 conc. H2SO4 Q7) Draw the maximum chemical relations between(Lab‑3)chemicals inquadrilateral diagrams, and then give these relations in a list

  12. Fe FeSO4 A7-2) dil. H2SO4 Fe  FeSO4  Fe2O3 FeO Fe  FeSO4  Fe2O3 FeO  FeSO4 Fe2O3 FeO  Fe  FeSO4 Fe2O3 FeO  Fe dil. H2SO4 CO / red. 700 - 900C strong heating CO / red. 500 - 900C FeO Fe2O3 CO 400 - 700C

  13. Mg Fe2(SO4)3 Fe A8) conc. H2SO4 dry HCl (gas) hot air / (oxid.) H2 / red. FeCl3 FeCl2 Q8) Use the followingquadrilateral diagramto construct thepossible reversiblechemical relations between your(Lab‑3)chemicals.

  14. FeSO4 Q9) Draw the maximum chemical relations between your(Lab‑3)chemicals inpentagonal diagrams, then give these relations in a list. Fe2(SO4)3 HNO3 (oxid.) FeO  FeSO4 Fe2(SO4)3  Fe  Fe3O4 FeO  FeSO4 Fe2(SO4)3 Fe Fe  Fe3O4  FeO  FeSO4 Fe  Fe3O4 FeO Fe  FeSO4 Fe2(SO4)3 Fe  FeSO4 FeO dil. H2SO4 FeO dil. H2SO4 Mg red. CO / 700-900C red. H2 / 300C Fe3O4 Fe H2O (vap.) red. hot iron

  15. FeSO4 Fe2(SO4)3 oxid. HNO3 A-9-2) Fe  FeSO4  Fe2(SO4)3 Fe(OH)3 Fe2O3 FeSO4 Fe2(SO4)3  Fe(OH)3 Fe2O3 Fe  FeSO4 Fe2O3 dil. H2SO4 Fe strong heating NaOH red. / CO 700-900C Fe2O3 Fe(OH)3 heat

  16. FeSO4 Fe2(SO4)3 HNO3 oxid. A10-1 Fe  FeSO4 Fe2(SO4)3 Fe(OH)3 Fe2O3 FeO FeSO4 Fe2(SO4)3 Fe(OH)3 Fe2O3  FeO FeO  Fe  FeSO4 Fe2O3 FeO  Fe dil. H2SO4 NaOH Fe Fe(OH)3 dil H2SO4 heat red. CO / 700-900C red. H2 / 700C FeO Fe2O3 red. H2 / 300C Q10) Draw the maximum chemical relations between your(Lab‑3)chemicals inhexagonal diagrams, then give these relations in a list.

  17. FeCl2 FeCl3 air / heat oxid. A10-2 Fe  FeCl2 FeCl3 Fe(OH)3 Fe2O3 FeO FeCl2 FeCl3  Fe(OH)3 Fe2O3 FeO Fe  FeCl2 FeCl3 Fe(OH)3 Fe2O3 FeO  Fe  FeCl2 Fe2O3 FeO  Fe dry HCl gas NaOH Fe Fe(OH)3 HCl heat red. CO / 700-900C red. H2 / 700C FeO Fe2O3 red. H2 / 300C

  18. …… …… Fe Fe A11 CL2 /  Cl2 /  H2SO4 (dil) ……… Mg Mg Mg ……… …… FeCl3 Fe2(SO4)3 Fe2(SO4)3 FeSO4 FeCl3 ……… …… …… conc. H2SO4 HNO3 oxid. conc. H2SO4 Q11) From(Lab‑3)chemicals: Complete the followingtriangular chemical relationdiagrams.

  19. Fe ……… FeSO4 Fe FeSO4 Fe …… dil. H2SO4 dil. H2SO4 CO / 700 - 900C Strong heating CO / 700 - 900C Strong heating ……… ……… dil. H2SO4 H2 / 700C FeO Fe2O3 FeO Fe2O3 CO / 400 - 700C CO / 400 - 700C ……… …… Fe2O3 Q12) From(Lab‑3)chemicals: Complete the followingquadrilateral chemical relationdiagram. Q13) Maximize the chemical relations in the abovequadrilateraldiagram

  20. FeSO4 ……… Fe2(SO4)3 …… …… HNO3 oxid. A14) dil H2SO4 ……… FeO FeO Mg ……… ……… H2 / 300C …… Fe Fe3O4 Fe ……… H2O (vap) red hot iron Q14) From(Lab‑3)chemicals: Complete the followingpentagonal chemical relation diagram.

  21. …… FeSO4 Fe2(SO4)3 …… HNO3 oxid. dil. H2SO4 NaOH Fe(OH)3 Fe …… Fe red. CO / 700-900C heat red. H2 / 300C FeO Fe2O3 …… …… Q15) From(Lab‑3)chemicals: Complete the followinghexagonal chemical relationdiagram.

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