Mg(s)

29
Mg(s) Ag(s) e - e - Mg +2 Ag +1 Neg ions Porous Partition -2.72 V More Reactive Loses e - Oxidized Negative Electrode Anode Releases Mg +2 Loses Mass Mg Mg +2 + 2e - +.80 V Less Reactive Gains e - Reduced Positive Electrode Cathode Attracts Gains Mass Ag +1 + 1e - Ag (-) -2.72 V + 0.80 V = 3.52 V

TAGS:

description

e -. e -. -2.72 V More Reactive Loses e - Oxidized Negative Electrode Anode Releases Mg +2 Loses Mass Mg  Mg +2 + 2e -. +.80 V Less Reactive Gains e - Reduced Positive Electrode Cathode Attracts Gains Mass Ag +1 + 1e -  Ag. Mg(s). Ag(s). Mg +2. Neg ions. - PowerPoint PPT Presentation

Transcript of Mg(s)

Page 1: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.72 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 2: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 3: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 4: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 5: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 6: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 7: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 8: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 9: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 10: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 11: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 12: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 13: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 14: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 15: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 16: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 17: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 18: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 19: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts Ag+

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 20: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts Ag+

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 21: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts Ag+

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 22: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts Ag+

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 23: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts Ag+

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Page 24: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts Ag+

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Pos ions

Page 25: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts Ag+

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.52 V

Pos ions

Page 26: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts Ag+

Gains Mass

Ag+1 + 1e - Ag(-) -2.38 V + 0.80 V = 3.52 V

Pos ions

Page 27: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts Ag+

Gains Mass

Ag+1 + 1e - Ag(-) -2.38 V + 0.80 V = 3.52 V

Pos ions

Page 28: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38 VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts Ag+

Gains Mass

Ag+1 + 1e - Ag(-) -2.38 V + 0.80 V = +3.18 V

Pos ions

Page 29: Mg(s)

Mg(s) Ag(s)

e- e-

Mg+2

Ag+1

Neg ions

Porous Partition

-2.38VMoreReactive

Loses e-

Oxidized

NegativeElectrode

Anode

Releases Mg+2

Loses Mass

Mg Mg+2 + 2e -

+.80 VLess Reactive

Gains e-

Reduced

Positive Electrode

Cathode

Attracts

Gains Mass

Ag+1 + 1e - Ag(-) -2.72 V + 0.80 V = 3.38V

Pos ions


dilg.gov.ph · 2019-02-12 · Co Amoxiclav 625 mg x 60's Co-Trimoxazole 400mg/80mg x 100's Ofloxacin 200mg x 1001s Azithromycin 500 mg x 30's Cloxacillin 500 mg x 100's Montelucast

dilg.gov.ph · 2019-02-12 · Co Amoxiclav 625 mg x 60's Co-Trimoxazole 400mg/80mg x 100's Ofloxacin 200mg x 1001s Azithromycin 500 mg x 30's Cloxacillin 500 mg x 100's Montelucast

Operating Manual Analytical and precision balances€¦ · 0.1 mg ; 0.01 mg / 0.1 mg . Reproducibility ; 0.1 mg . 0.04 mg / 0.1 mg ; Linearity ± 0.3 mg ± 0.1 mg / 0.2 mg . Stabilization

Operating Manual Analytical and precision balances€¦ · 0.1 mg ; 0.01 mg / 0.1 mg . Reproducibility ; 0.1 mg . 0.04 mg / 0.1 mg ; Linearity ± 0.3 mg ± 0.1 mg / 0.2 mg . Stabilization

Macronutrients in Plant Tissue Culture (N,Mg,S)

Macronutrients in Plant Tissue Culture (N,Mg,S)

WORLD# 1’S€¦ · Vitamin B1 (Thiamin) Vitamin B2 (Riboflavin) Vitamin B3 (Nicotinamide) Vitamin B6 (Pyridoxine Hydrochloride) Vitamin B12 (Cyanocobalamin) 25 mg 30 mg 60 mg 41

WORLD# 1’S€¦ · Vitamin B1 (Thiamin) Vitamin B2 (Riboflavin) Vitamin B3 (Nicotinamide) Vitamin B6 (Pyridoxine Hydrochloride) Vitamin B12 (Cyanocobalamin) 25 mg 30 mg 60 mg 41

TABLETS - Stokes PharmacyMighty Bites.. 80 mg 150 mg Famciclovir Mini-Meds 31.25 mg 62.5 mg Fludrocortisone Mini-Meds 0.15 mg 0.25 mg 0.3 mg 0.4 mg 0.5 mg 0.6 mg 0.7 mg Fluoxetine

TABLETS - Stokes PharmacyMighty Bites.. 80 mg 150 mg Famciclovir Mini-Meds 31.25 mg 62.5 mg Fludrocortisone Mini-Meds 0.15 mg 0.25 mg 0.3 mg 0.4 mg 0.5 mg 0.6 mg 0.7 mg Fluoxetine

PRODUCT LIST - inovet.eu · 80 mg Trimethoprim • 420 mg Sulfadiazine sodium 100 g sachet, 1 kg jar DOXYVETo-50 S Composition per gram powder: • 577 mg Doxycycline hyclate equivalent

PRODUCT LIST - inovet.eu · 80 mg Trimethoprim • 420 mg Sulfadiazine sodium 100 g sachet, 1 kg jar DOXYVETo-50 S Composition per gram powder: • 577 mg Doxycycline hyclate equivalent

CONTINUATION TO FORM MG-2, ATTENDING DOCTOR'S … · CONTINUATION TO FORM MG-2, ... See requirements on Form MG-2. ... Date(s) of previously denied variance request: Guideline Reference:-

CONTINUATION TO FORM MG-2, ATTENDING DOCTOR'S … · CONTINUATION TO FORM MG-2, ... See requirements on Form MG-2. ... Date(s) of previously denied variance request: Guideline Reference:-

0 +2 Mg + S MgS 0 -2 Mg + S Mg Spaziras\Chem102\Chap_18.pdfChemistry 102 Chapter 18 2 OXIDATION NUMBERS OR STATES Identifying the oxidation-reduction nature of reactions between metals

0 +2 Mg + S MgS 0 -2 Mg + S Mg Spaziras\Chem102\Chap_18.pdfChemistry 102 Chapter 18 2 OXIDATION NUMBERS OR STATES Identifying the oxidation-reduction nature of reactions between metals

16 mg / 12.5 mg, 32 mg / 12.5 mg and 32 mg / 25 mg ...

16 mg / 12.5 mg, 32 mg / 12.5 mg and 32 mg / 25 mg ...

SU PPLEMENTAR Y INFORMATION - Nature · General Information ... [6, 48] = 11.91 . p < 0.001 (S)-KET 1 mg/kg . vs (R)-KET 1 mg/kg. p > 0.05 (S)-KET 5 mg/kg . vs (R)-KET 5 mg/kg.

SU PPLEMENTAR Y INFORMATION - Nature · General Information ... [6, 48] = 11.91 . p < 0.001 (S)-KET 1 mg/kg . vs (R)-KET 1 mg/kg. p > 0.05 (S)-KET 5 mg/kg . vs (R)-KET 5 mg/kg.

23 B -24B [MG 0872 0876 0888 IMG 0881 [MG [MG IMG IMG 0925 ... reading day_new.pdf · 0888 img 0881 [mg [mg img img 0925 [mg [mg [mg 0936 img [mg 0871 [mg 0887 zoo * img [mg [mg img

23 B -24B [MG 0872 0876 0888 IMG 0881 [MG [MG IMG IMG 0925 ... reading day_new.pdf · 0888 img 0881 [mg [mg img img 0925 [mg [mg [mg 0936 img [mg 0871 [mg 0887 zoo * img [mg [mg img

Remodulin (treprostinil) 20 mg, 50 mg, 100 mg, and 200 mg for …€¦ · 26-09-2013  · NDA 021272/S-020 Page 3 . Epoprostenol Sodium Injection) to achieve the desired total volume

Remodulin (treprostinil) 20 mg, 50 mg, 100 mg, and 200 mg for …€¦ · 26-09-2013  · NDA 021272/S-020 Page 3 . Epoprostenol Sodium Injection) to achieve the desired total volume

TCMG5:TCSMg-basedAlloysDatabase€¦ · Mg-Gd-Zr. TCMG5:TCSMg-basedAlloysDatabaseǀ5of81 Mg-In-Li Mg-In-Sn Mg-In-Zn Mg-La-Nd Mg-La-Ni Mg-La-Si Mg-La-Y Mg-Mn-Ni Mg-Mn-Sc Mg-Mn-Si Mg-Mn-Y

TCMG5:TCSMg-basedAlloysDatabase€¦ · Mg-Gd-Zr. TCMG5:TCSMg-basedAlloysDatabaseǀ5of81 Mg-In-Li Mg-In-Sn Mg-In-Zn Mg-La-Nd Mg-La-Ni Mg-La-Si Mg-La-Y Mg-Mn-Ni Mg-Mn-Sc Mg-Mn-Si Mg-Mn-Y

Star MG-S series Operation Manual · 450017M21 High-Precision Advanced Tuning Fork Balance MG-S Series Operation Manual S t a r M i c r o n i c s IMPORTANT • To ensure safe and

Star MG-S series Operation Manual · 450017M21 High-Precision Advanced Tuning Fork Balance MG-S Series Operation Manual S t a r M i c r o n i c s IMPORTANT • To ensure safe and

Physiological Differentiation of Viridans - jcm.asm.org · Species 1 Sender'stionidentifica-ReferenceReeec S. acidominimus S. anginosus S. constellatus Streptococcus MG S. intermedius

Physiological Differentiation of Viridans - jcm.asm.org · Species 1 Sender'stionidentifica-ReferenceReeec S. acidominimus S. anginosus S. constellatus Streptococcus MG S. intermedius

Unit 16 Electrochemistry Oxidation & Reduction. Oxidation verses Reduction Gain oxygen atoms 2 Mg + O 2 2 MgO Lose electrons (e - ) Mg (s) Mg + 2.

Unit 16 Electrochemistry Oxidation & Reduction. Oxidation verses Reduction Gain oxygen atoms 2 Mg + O 2 2 MgO Lose electrons (e - ) Mg (s) Mg + 2.

Pharma Product Card - pharma-medicine-drugs-feed ... Today & Drug update. ... METAZONE-S 375 g CEFTRIAXONE SODIUM 250 mg + SULBACTUM SODIUM 125 mg 375 MG Vial 9. ... Pharma Product

Pharma Product Card - pharma-medicine-drugs-feed ... Today & Drug update. ... METAZONE-S 375 g CEFTRIAXONE SODIUM 250 mg + SULBACTUM SODIUM 125 mg 375 MG Vial 9. ... Pharma Product

MACROELEMENTS: N, K, Ca, Mg, P, S • MICRONUTRIENTS (trace ...

MACROELEMENTS: N, K, Ca, Mg, P, S • MICRONUTRIENTS (trace ...

21-549/S-008 · 80 mg, HUD Blister 125 mg, Sample carton 80 mg, Sample Foil 80 mg, Sample Carton 125 mg, and Sample Foil 125 mg. ... Each capsule of EMEND for oral administration

21-549/S-008 · 80 mg, HUD Blister 125 mg, Sample carton 80 mg, Sample Foil 80 mg, Sample Carton 125 mg, and Sample Foil 125 mg. ... Each capsule of EMEND for oral administration

NOW SIMPLIFIED AND EASIER TO USE! - Triple-S Advantage€¦ · Urinary Pain Relief Azo _____ INSOMNIA RELIEF Melatonin 1 mg Tablet, 2.5 mg Tablet, 3 mg Tablet, 5 mg Tablet, 10 ...

NOW SIMPLIFIED AND EASIER TO USE! - Triple-S Advantage€¦ · Urinary Pain Relief Azo _____ INSOMNIA RELIEF Melatonin 1 mg Tablet, 2.5 mg Tablet, 3 mg Tablet, 5 mg Tablet, 10 ...