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III. Group IA Elements Pg 3 - 5

Total questions: 82

Worksheet time: 50mins

Name
Class
Date
1.

reacts with H2O forming highly basic solutions

(a)  

2.

Typically stored under kerosense because they react violently with air or water.

(a)  

3.

this elements has both metallic and non metallic properties

(a)  

4.

Universal Solvent

(a)  

5.

This is a highly polar solvent

(a)  

6.

Major Components of Alkaline Water

a)

Na2SO4

b)

MgSO4

c)

NAHCO3

d)

CaCO3

e)

MgCO3

7.

What chemical formula gives the alkaline water its alkalinity?

a)

HCO3

b)

HNO3

c)

HPO4

d)

H2S

8.

it contains Co2 under pressure

a)

Carbonated Water

b)

Alkaline Water

c)

Chalybeate Water

d)

Lithia Water

e)

Saline Water

9.

Carbonated Water this formula is present as dissolved HCO3

a)

CaCo3

b)

MgCO3

c)

NaHCO3

d)

Fe2O3

10.

this has iron containing water

a)

Chalybeate Water

b)

Carbonated Water

c)

Alkaline Water

d)

Lithia Water

e)

Sulfur Water

11.

Fe in solution or in suspension it has furruginous taste which is unsuitable for drinking

a)

Chalybeate Water

b)

Carbonated Water

c)

Alkaline Water

d)

Lithia Water

e)

Sulfur Water

12.

Chalybeate water has form upon air exposure. what formula?

a)

Fe(OH)3

b)

Fe2O3

c)

MgSO4

d)

Na2SO4

e)

NaHCO3

13.

it contains low quantities of lithium

a)

Lithia Water

b)

Chalybeate Water

c)

Alkaline Water

d)

Siliceous Water

e)

Sulfur Water

14.

Also Known as Purgative Water

a)

Lithia Water

b)

Saline Water

c)

Alkaline Water

d)

Siliceous Water

e)

Sulfur Water

15.

Major Components of Saline Water

a)

MgSO4

b)

Na2SO4

c)

NaHCO3

d)

NaCl

16.

This contain laxative properties

a)

MgSO4

b)

Na2SO4

c)

NaHCO3

d)

NaCl

17.

rotten egg odor

a)

Sulfur Water

b)

Lithia Water

c)

Alkaline Water

d)

Saline Water

e)

Carbonated Water

18.

Volcanic water, Mud Baths and has deposition of S upon air Exposure

a)

Sulfur Water

b)

Lithia Water

c)

Alkaline Water

d)

Saline Water

e)

Carbonated Water

19.

Soluble alkali silicates

a)

Siliceous water

b)

Lithia Water

c)

Alkaline Water

d)

Saline Water

e)

Carbonated Water

20.

Components of Sea Water

a)

Na, K, Mg, Sr, Se, Br.

b)

Na, Cl, I, Cr, Mg, BR

c)

Na, Mg, Ca, Cr, Br

d)

Na, Br Cl, K, Mo, Mn

e)

Na, Cl, Mn, Sr, Se, Br

21.

this contains Ca and Mg ions as HCO3

a)

Soft Water

b)

Temporary Hard

c)

Permanent Hard

22.

it is harder to remove, it can be removed through ion exchange resin and reverse osmosis

a)

Soft Water

b)

Temporary Hard

c)

Permanent Hard

23.

Aqueous dosage forms and not for parenterals

a)

Purified Water

b)

Water For Injection USP

c)

Sterile Water for Injection USP

d)

Bacteriostatic Water For Injection USP

e)

Sterile Water for Inhalation, Irrigation USP

24.

not required to be sterile, pyrogen free.

a)

Purified Water

b)

Water For Injection USP

c)

Sterile Water for Injection USP

d)

Bacteriostatic Water For Injection USP

e)

Sterile Water for Inhalation, Irrigation USP

25.

The Solvent, Vehicle, or Diluent for already sterialized and packed injectibles, Single dose container, Pyrogen free.

a)

Purified Water

b)

Water For Injection USP

c)

Sterile Water for Injection USP

d)

Bacteriostatic Water For Injection USP

e)

Sterile Water for Inhalation, Irrigation USP

26.

The sterile water for injection with antimicrobial agents.

a)

Purified Water

b)

Water For Injection USP

c)

Sterile Water for Injection USP

d)

Bacteriostatic Water For Injection USP

e)

Sterile Water for Inhalation, Irrigation USP

27.

Sterile vehicle for reconsitution of small volumes of injectibles, Prefilled syringes or in vials (30 mL)

a)

Purified Water

b)

Water For Injection USP

c)

Sterile Water for Injection USP

d)

Bacteriostatic Water For Injection USP

e)

Sterile Water for Inhalation, Irrigation USP

28.

Fuming acids: 36.5 - 38% W/W

a)

HCl

b)

HNO3

c)

H3PO4

d)

H2SO4

29.

Fuming acids: 69 - 71% w/w

a)

HCl

b)

HNO3

c)

H3PO4

d)

H2SO4

30.

Fuming acids: 85 - 88% w/w

a)

HCl

b)

HNO3

c)

H3PO4

d)

H2SO4

31.

Fuming acids: 95 - 98% w/w

a)

HCl

b)

HNO3

c)

H3PO4

d)

H2SO4

32.

concintrated acids are expressed as

(a)  

33.

diluted acids expressed as

(a)  

34.

acids with two kinds of atoms

a)

Binary Acids

b)

Oxyacids

35.

acids which contain oxygen

a)

Binary Acids

b)

Oxyacids

36.

Muriatic acid

a)

HCl

b)

H2SO4

c)

HNO3

d)

H3PO4

37.

used as cleaner

(a)  

38.

Major components of gastric juice

(a)  

39.

Oil of Vitriol

a)

H2SO4

b)

HCl

c)

HNO3

d)

H3PO4

e)

HPH202

40.

Aqua Fortis or Eau Forte

a)

H2SO4

b)

HCl

c)

HNO3

d)

H3PO4

e)

HPH202

41.

Etching solution, component in cola beverages --> impart tartness. buffer and oxidizing acid

a)

H2SO4

b)

HCl

c)

HNO3

d)

H3PO4

e)

HPH202

42.

used as antioxidants and P atom + with reducing property/RA. can still undergo oxidation to +5

a)

H2SO4

b)

HCl

c)

HNO3

d)

H3PO4

e)

HPH202

43.

highly corrosive and it reacts with glass.

a)

H2SO4

b)

HCl

c)

HNO3

d)

H3PO4

e)

HF

44.

Solid, Glassy appearance when congealed

a)

CH3COOH

b)

HPH202

c)

AgNO3

d)

ZnCl2

45.

Vineger, Cervical cancer screening in low resources setting

a)

Dil. CH3COOH

b)

HPH2O2

c)

H3PO4

d)

CH3COOH

46.

Neutralize marine invertebrate stings.

a)

Dil. CH3COOH

b)

HPH2O2

c)

H3PO4

d)

CH3COOH

47.

Highly corrosive, Very Deliquescent, Incompatible w/glass

a)

Alkali Hydroxides

b)

Alkali Metals

c)

Alkaline Metals

d)

Phosphate salts

48.

Tendency of substance to absorb moisture in the atmosphere but prolonged exposure to environment can lead to deliquescence.

a)

Hygroscopic

b)

Efflorescent

c)

Deliquescent

49.

Loss of water of crystallization from a crystalline substance

a)

Hygroscopic

b)

Efflorescent

c)

Deliquescent

50.

Ability to remove water from ait

a)

Hygroscopic

b)

Efflorescent

c)

Deliquescent

51.

Ability to take on sufficient water from the environment to form a liquid.

a)

Hygroscopic

b)

Efflorescent

c)

Deliquescent

52.

Caustic Soda

a)

NaOH

b)

H2SO4

c)

HNO3

d)

KOH

53.

Caustic potash, potash lye

a)

NaOH

b)

H2SO4

c)

HNO3

d)

KOH

54.

Hard Soap are made out of

(a)  

55.

Soft soaps are made out from

(a)  

56.

Spirit of Hasrtshorn

a)

NH4OH

b)

HgNH2Cl

c)

NH4Cl

d)

(NH4)2CO3

57.

Concentrated Ammonia

a)

NH4OH

b)

HgNH2Cl

c)

NH4Cl

d)

(NH4)2CO3

58.

Lightest Metal and first formal member of alkali metals

a)

Li

b)

Fe

c)

Cu

d)

Zn

59.

used as moon stabilizers; treatment of bipolar disorders

a)

Li2CO3

b)

Li3C6H5O7

c)

Li2O

d)

LiOH

60.

treatment of bipolar disorders

a)

Li2CO3

b)

Li3C6H5O7

c)

Li2O

d)

LiOH

61.

Baking Soda

a)

NaHCO3

b)

NaCl

c)

Na2S2O4

d)

Na2B4O7

62.

Baking soda + Water --> Insect bites this serves as a paste

a)

Antipruritic

b)

Antacids

c)

Opthalmic Preparation

d)

Systemic Alkalizers

63.

NaHCO3, KHCO3

a)

Direct HCO3 Sources

b)

Indirect HCO3 Sources

64.

NaCH3COO·3H2O, KCH3COO, Na3C6H5O7 , C6H5K3O7 , NaC3H5O3

a)

Direct HCO3 Sources

b)

Indirect HCO3 Sources

65.

Chemically weak bases which neutralize acid and decrease pepsin activity

a)

Antipruritic

b)

Antacids

c)

Opthalmic Preparation

d)

Systemic Alkalizers

66.

for immediate pain relief for heartburn, dyspepsia, heal ulcers and strenghthen gastric mucosal barrier

a)

Antipruritic

b)

Antacids

c)

Opthalmic Preparation

d)

Systemic Alkalizers

67.

Immediate relief but its has temporary effect.

a)

Systemic

b)

Nonsystemic

68.

its a water soluble antacids which absorbed in alkalosis, electrolyte imbalance, milk alkali syndrome

a)

Systemic

b)

Nonsystemic

69.

all other alkali except NaHCO3 & KHCO3 [MgOH, Ca(OH)2, Al(OH)3]

a)

Systemic

b)

Nonsystemic

70.

it is a water insoluble antacids but will dissolve in the presence of HCl

a)

Systemic

b)

Nonsystemic

71.

Side Effect: Acid rebound → More HCl is produced therefore antacids are for acute attacks • Electrolyte disturbances • Systemic alkalosis • Milk-alkali syndrome/Burnett’s syndrome → [CI/never co-administer] Milk + Antacids = reversible renal failure

a)

NaHCO3

b)

CaCO3

c)

Al Contaning Antacids

d)

Mg Containing Antacids

72.

Acid rebound • Stimulate gastric secretion • Constipation • Hypercalcemia • Milk-alkali syndrome/Burnett’s syndrome → [CI/never co-administer] Milk + Antacids = reversible renal failure

a)

NaHCO3

b)

CaCO3

c)

Al Contaning Antacids

d)

Mg Containing Antacids

73.

Phosphate depletion → esp. w/ kidney failure – mitigate hyperphosphatemia, Constipation • Osteoporosis and osteomalacia • Neurotoxicity

a)

NaHCO3

b)

CaCO3

c)

Al Contaning Antacids

d)

Mg Containing Antacids

74.

Diarrhea, Hypermagnesemia

a)

NaHCO3

b)

CaCO3

c)

Al Contaning Antacids

d)

Mg Containing Antacids

75.

NaHCO3, CaCO3 & Sodium alginate (raft-forming antacid)

a)

Gaviscon

b)

Kremil S

c)

Kremil S Plus

d)

Maalox

76.

Al(OH)3 & Mg(OH)2

a)

Gaviscon

b)

Kremil S

c)

Kremil S Plus

d)

Maalox

77.

Alumina, Magnesia & Simethicone (for reflux if w/ silicone polymer or antifoaming agent)

a)

Gaviscon

b)

Kremil S

c)

Kremil S Plus

d)

Maalox

78.

CaCO3, Mg(OH)2 and Famotidine

a)

Gaviscon

b)

Kremil S

c)

Kremil S Plus

d)

Maalox

79.

Tetracyclines • Quinolones • Fe supplements • Digoxin

a)

Antacids Increase gastric pH

b)

Antacids Descrease gastric pH

c)

Antacids Absorb gastric pH

d)

Antacids Neutralize gastric pH

80.

Raft-forming antacid

(a)  

81.

Protective barrier that floats on the surface of gastric contents, Raft preventing reflux

(a)  

82.

Electrolyte Replenisher

(a)