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TCEP Review > Module 1.2: Inorganic Chemistry > Flashcards

Module 1.2: Inorganic Chemistry Flashcards

Lecture by Nhemia Dolojo, RPh

1
Q
  • it is the study of all elements under periodic table and its compound
A

Inorganic chemistry

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2
Q
  • Describes the characteristics of substances obtained from non-living matter and minerals.
A

Inorganic chemistry

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3
Q

differentiate of organic and inorganic
Composition

A

C, H, O
All except carbon

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4
Q

differentiate of organic and inorganic
Bonding

A

Covalent
Ionic

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5
Q

differentiate of organic and inorganic:
Physical caharacteristics

A

Organic : Volatility : Volatile
Conduct heat and electricity Bad conductors

Inorganic:
Non- volatile
Good conductor

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6
Q

differentiate of organic and inorganic:
Melting point and boiling point

A

Low b/c volatile

High, bc non volatile

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7
Q

differentiate of organic and inorganic:
Sollubility

A
  • Insoluble in water
  • Highly soluble in organic solvents (Alcohol, ether, oil, benzene)
  • Soluble in water
  • Insoluble in organic compounds
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8
Q

differentiate of organic and inorganic:
Color

A

Colorless

Colorfull

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9
Q

Which of the following is used to prevent tooth decay?
A.Acetates C. Bromides
B.Citrates D. Fluorides

A

Flourides

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10
Q

Group 1A

A

Alkaline Metals

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11
Q

Groups IIA

A

Alkali Earth metals

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11
Q

Group IIIA

A

Boron Group

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12
Q

Group IVA

A

Carbon Group

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13
Q

GroupVA

A

Nitrogen Group

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14
Q

Group VIA

A

Oxygen group

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15
Q

Group VIIA

A

Halogens

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15
Q

Group 0 or

A

Group VIIIA

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16
Q

Group IB

A

Coinage Metals

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17
Q

Group IIB

A

Volatile Metals

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18
Q

Group IIIB

A

Scandium subgroup

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19
Q

Group IVB

A

Titanium subroup

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20
Q

Group VB

A

Vanadium subroup

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21
Q

Group VIB

A

Chromium subgroup

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22
Q

Group VIIB

A

Manganese subgroup

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23
Q

Group VIIIB

A

Iron Triad (1st triad, Light Triad, Heavy Triad

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24
Q

Group 0 or Group VIIIA

A

Noble gases/ inert gases/ Stable

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24
Q

◼ Most reactive of all the metallic elements

A

Hydrogen

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24
Q

Most abundant element in the universe

A

Hydrogen

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25
Q

Hydrogen is differentiated by using

A

using HCl acid

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26
Q

Hydroxides give ___- sol’ns

A

alkaline

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27
Q

◼ Lightest and MOST ABUNDANT element in the Universe

A

Hydrogen
2nd is Helium

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28
Q

Hydrigen is ◼ Discovered by: _____

A

Henry Cavendish

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29
Q

What are the preparation of Hydrogen

A

Messerchmidt Process
Lane Process
Electrolysis

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30
Q

Messerchmidt Process

Lane Process

Electrolysis

A

Messerchmidt Process- Produces 99.9% H2 = Blue water gas
◼Lane Process- Produces H2 from redox of Iron
◼Electrolysis- from water

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31
Q

What are the 3 isotopes of Hydrogen

A

Protium
Deuterium
Tritium

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32
Q

Most abundant isotope
- most common
- most stable

A

Protium

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33
Q

Heavy isotope of hydrogen
- D20, meaning Heavy water

A

Deuterium

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34
Q

Radioisotope
- heaviest isotope of hydrogen

A

Deuterium

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35
Q

What are the industrial uses of Hydrogen

A

Haber process- produces Ammonia
Hydrogen oil - Margarine
Inflating balloon - no longer use

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35
Q

It is also known as Hydrogen

A

Inflatable air

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36
Q

It is also known as water

A

UNiversal solvent

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37
Q

it iss an organism found in water

A

coliform organism

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37
Q

If atomic number increases; it also increases the

A

Activity
alkalinity
Degree of solvation

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38
Q

Possible role of hydrogen

A

◼ Solvent
◼ ligand
◼ acid/base
◼ oxidizing agent

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39
Q

Hydrogen :
Classification based on parameters and its two types

A

Suitability for drinking
◼ Non Potable
◼ Potable- fit for drinking

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40
Q

Hydrogen
◼ Classification parameter: Hardness

A

soft water
hard water

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41
Q
  • water with minimal or no dissolved inorganic ions
A

Soft water

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42
Q
  • high amount of Ca and Mg ions
A

Hard water

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43
Q

◼Hard water - high amount of ___

A

Ca and Mg ions

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44
Q

◼Contains mainly dissolved calcium and magnesium bicarbonate:____

A

temporary Hard Water

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45
Q

◼Contains mainly dissolved ____ and ____ Temporary hard water

A

calcium and magnesium bicarbonate:

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46
Q

Water softening method for temporary Hard water

A

Boiling water
◼Lime (Ca (OH)2)

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47
Q

Contains mainly dissolved calcium and magnesium sulfate and chloride in water :____

A

Permanent Hard water

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48
Q

Contains mainly dissolved ____, ___, and ___ in water :Permanent Hard water

A

calcium and magnesium sulfate and chloride

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48
Q

Water softening method: permanent hard water
___

A

◼Ion exchange resin method

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49
Q

water associated when crystals precipitate from aqueous solution

A

Water for crystalization

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50
Q

water associated with cations and/or anions of a salt in solution or crystal

A

Water for hydrations

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51
Q

physically held water

A

Zeolitic Water

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51
Q

water coordinated in a cationic complex or held in a definite lattice structure of the crystals

A

Lattice water

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52
Q

contain appreciable quantities of Na2SO4, MgSO4 and NaHCO3

A

Alkaline Water

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53
Q
  • contains CO2 under pressure and usually effervesce on coming to the surface
A

Carbonated water

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53
Q
  • contain calcium and magnesium carbonates in solution as bicarbonate
A

Carbonated water

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53
Q
  • can be natural or artificial
A

Carbonated water

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54
Q
  • Contains iron in solution or in suspension
A

Chalybate water

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55
Q
  • Characterized by its ferruginous taste
A

Chalybate water

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56
Q
  • Forms ferric hydroxide or ferric oxide upon exposure to air
A

Chalybate water

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57
Q
  • contain appreciable quantities of lithium, either ascarbonate or chloride
A

Lithia water

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58
Q

Contain relatively high amounts of MgSO4, Na2SO4 and NaCl

A

Saline Water/ Purgative Water

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59
Q

Contains dissolved H2S and deposit S upon exposure to the atmosphere

A

Sulfur Water

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60
Q

Water that contain soluble alkali silicates

A

Siliceous Water

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61
Q

Contains Barium Hydroxide salt

A

Barita Water

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62
Q

◼ Most widely used
and Not used in parenterals

A

Purified water

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63
Q

◼ Solvent for parenteral products
◼ Pyrogen free
◼ Large scale

A

◼Water for injection

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64
Q

◼ Extemporaneous compounding small scale compounding

A

◼Sterile water for injection

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64
Q

◼ SWFI + 1 or more antimicrobial agent

A

◼Bacteriostatic Water for Injection

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65
Q

◼ANtimicrobial agent: Benzyl acohol but it is not suitable for babies, so it is used by the mother for the benefit of the baby.

A

◼Bacteriostatic Water for Injection

65
Q

Benzyl alcohol is not suitable for babies so given to the mother because it can cause

A

Gasping syndrome

66
Q

It is the best expectorant for water

A

Pure steam

67
Q

◼ Oxygenated acid
◼ oxygenated water

A

Hydrogen peroxide (H2O2)

67
Q

◼ Agua oxigenada
◼ agua oxenada

A

Hydrogen peroxide (H2O2)

68
Q

Commercial availability of Hydrogen peroxide (H2O2)

A

◼10% vol sol= 3% H2O2 per 100 mL water or 3% w/v
◼20% vol sol = 6% w/v

69
Q

Hydrogen peroxide is use for the tx of

A

Vincent Stomatitis

70
Q

Cosmetics use of Hydrogen peroxide

A

Bleaching agent

71
Q

S/E of Hydrogen peroxide

A

Black hairy tongue

72
Q

◼Hydrogen peroxide Topical solution, USP
Stabilized aqueous solution:_____
available as ____
Stabilizer:____

A

◼Hydrogen peroxide Topical solution, USP
Stabilized aqueous solution:3 %w/v available as 10-volume solution
Stabilizer: acetinide 0.03%

73
Q

Lithos means

74
Q

Lithium is the ligthest

75
Q

Highly reactive

75
Q

Lithium
◼ Discovered by:

75
Q

Lithium storage

A

◼ Storage: under coated with petrolatum, b/c highest reactive

75
Q

Bridge element of Lithium

76
Q

Flame color: LLITHIUM
◼ Non-luminous: ____
◼ Cobalt Glass: ___

A

carmine red
Purple

76
Q

uSE OF lITHIUM

A

diuretic
mood stabilizer
sodium antagonist
DoC of Mania

77
Q

S/E:Lithium
Diuretic _____
Mood stabilizer_____

A

◼ Diuretic
◼ S/E: Hypoglycemia
: Hyponatremia

◼ Mood stabilizer: antidepressants
◼ S/E: sedation

78
Q

C/I : Lithium

79
Q

: Lithium C/I to pregnant because it can cause

A

causes: ebstain anomaly, a baby disorder. It has a very narrow therapeutic index.

80
Q

Lightest element in the universe

81
Q

Increase Na =____-
Decrease Na =_____

A

decrese Li effect
increase Li effect (toxicity)

82
Q

type of Lithium
◼ Reducing Agent

A

Lithium aluminum hydride (LiAlH4)

83
Q

Lithium bromide
(LiBr) is used as (Old use)

A

◼Use: Depressant (old)

84
Q

Lithium carbonate (Li2CO3 )
◼ Capsule:____
◼ Tablet ____
◼Extended release- tablet____

A

◼ Capsule: Eskalith
◼ Tablet Lithase
◼Extended release- tablet: Quilonome-R

85
Q

Lithium carbonate (Li2CO3 Use:
◼Prophylaxis and treatment of___

A

◼ Prophylaxis and treatment of: Bipolar disorder

86
Q

◼ Last line therapy for mania:

A

Lithium carbonate (Li2CO3

86
Q

Lithium carbonate (Li2CO3: ADR: _____

A

◼ Polyuria: increase in urination

87
Q

Lithium chloride ( LiCl
uses

A

◼ ppt: RNA cellular extracts
◼ Lithia water = Mineral water + LiCl + Li2CO3 (Li carbonate)

88
Q

Its use is Manufacture ceramics

A

Lithium fluoride ( LiF )

89
Q

lithium that Absorbs Carbon dioxide

A

Lithium hydroxide (LiOH)

89
Q

◼ Use: alternative for space flight

A

Lithium hydroxide (LiOH)

89
Q

Lithium oxide (Li2O ) is also known as

89
Q

◼ Use: flux in ceramic glazes

A

Lithium oxide (Li2O )

90
Q

Lithium stearate (LiC18H35O2)

A

◼ Lithalure
◼ Litholite
◼ Stavino

91
Q

Lithium stearate (LiC18H35O2)
Uses:
◼ Lubricant -
◼ Cosmetics
◼ Plastics

A

powder metallurgy

92
Q

Uses:
◼ Lubricant - powder metallurgy
◼ Cosmetics
◼ Plastics

A

Lithium stearate (LiC18H35O2)

93
Q

What type of water contains mainly dissolved bicarbonate ?
A. Soft water C. Temporary water
B. Hard water D. Permanent water

A

Temporary water

94
Q

◼6th Most abundant element in Earth’s Crust

94
Q

◼ Most ABUNDANT EExtracellular cation

95
Q

Na+ is the Cation of choice for ___

A

organic medical

96
Q

Na+
◼ Storage: ___
◼ Causes:___

A

◼ Storage: Kerosene
◼ Causes: H2O retentiom

97
Q

◼ Na+ regulation: ____

A

◼ Na+ regulation: Aldosterone (Zinc acetate, Mg acetate, Cobalt uranyl acetate)

98
Q

Na+
◼ Forms Insoluble salts with ____

A

◼ Forms Insoluble salts with Triple Acetate

98
Q

Na+
◼ Flame Color:
◼ Non luminous: __
◼ Cobalt glass: ___

A

◼ Flame Color:
◼ Non luminous: Golden Yellow
◼ Cobalt glass: Nil

99
Q

◼ Water soluble compounds are collectively called: ___

100
Q

Also known as Sodium

101
Q

Sodium acetate (NaCH3COO) is aka

A

Sodium Ethanoate

102
Q

Sodium acetate (NaCH3COO)
◼ Uses:
◼ Diuretics
◼ Urinary and systemic alkalizer- Tx: ___ and ___
◼ Antacid
◼ Alkalinizing agent in: ___

A

◼ Uses:
◼ Diuretics
◼ Urinary and systemic alkalizer
◼ Tx: metabolic acidosis
: Hyponatremia
◼ Antacid
◼ Alkalinizing agent in: Benedicts solution

103
Q

◼ Uses: Antioxidant
◼ Vitamin C supplement

A

Sodium ascorbate (NaC6H7O6)

104
Q

SODIUM BICARBONATE (NaHCO3)
◼ Production: ____

A

Solvay Process

104
Q

2nd Major Extracellular anion

A

SODIUM BICARBONATE (NaHCO3)

105
Q

SODIUM BICARBONATE (NaHCO3) is aka

A

baking soda

105
Q

SODIUM BICARBONATE (NaHCO3)
◼ Uses:
◼ systemic alkalizer
◼ physiological buffer
◼ Carbonating agent
◼ systemic antacid- S/E: _____ —-> ____
◼ Antidote for: ____
◼ Effervescent salt

A

◼ Uses:
◼ systemic alkalizer
◼ physiological buffer
◼ Carbonating agent
◼ systemic antacid- (S/E: systemic alkalosis –> reboumd hyperacidity
◼ Antidote for: water solluble zinc salts
◼ Effervescent salt

106
Q

Sodium Bicarbonate one use is Effervescent salt
◼ Composition:: effervescent salt
__-, __, ___

A

◼ Na bicarbonate
◼ Citric acid: sticky mixture
◼ Tartaric acid: loose granule that crumble

107
Q

It is the use of the Sodium bicarbonate that mask the bitter taste of drugs

A

Effervescent salt

108
Q

Suli Bio

A

Sulfate in Bicarbonate out

109
Q

type of sodium that is used as ◼ Reducing agent
◼ H2) soluble agenT

A

Sodium bisulfite (NaHSO3

110
Q

Sodium carbonate (Na2CO3)
◼ Aka:
◼ Na2CO3 (anhydrous): __
◼ Na2CO3 *2H2O: __
◼ Na2CO3 *10H2O: __

A

Sodium carbonate (Na2CO3)
◼ Aka:
◼ Na2CO3 (anhydrous): Soda ash
◼ Na2CO3 *2H2O: Trona
◼ Na2CO3 *10H2O: Washing soda, sol soda, soda crystal

110
Q

Sodium carbonate (Na2CO3)
◼ Uses:
◼ Antacid
◼ Carbonating agent
◼ Manufacture:___
◼ Saponifying agent
◼ 1std: aqueous:___

A

◼ Uses:
◼ Antacid
◼ Carbonating agent
◼ Manufacture: Soda lime (Calcium Hydroxide, Sodium Hydroxide, Potassium Hydroxide) nakakaloka ang soda lime
◼ Saponifying agent
◼ 1std: aqueous:Acidimetry

111
Q

Preparation of dosium carbonate

A

Preparation: Salvay process

112
Q

Na2CO3
Loss of water of crystallization

A

fluorescence

112
Q

Sodium chloride (NaCl is aka

A

◼ Rock salt
◼ Soler salt
◼ Table salt
◼ Sea salt
◼ Dendritic salt
◼ Halite

113
Q

Sodium chloride (NaCl)
◼ Uses:
◼ Preservative
◼ Condiment
◼ Tx: ___
◼ Electrolyte replenisher
◼ Vehicle:

114
Q

Uses:
◼ Preservative
◼ Condiment
◼ Tx: Iodism
◼ Electrolyte replenisher
◼ Vehicle:

A

Sodium chloride (NaCl

115
Q

Sodium chloride (NaCl is used as vehicle
◼ Vehicle:
◼ NSS___
◼ Ringer’s solution:___
◼ Lactated Ringer’s solution: ___
◼ Darrow solution: ___
◼ Ophthalmic preparation: .Notice a ____ but a ___relief- (a)Hypertonic NACl solution- Temporary relief of corneal edema (b)Isotonic ___ for eye during surgery
◼ Oral preparation- Oral Rehydration Salts, USP for ____
◼ Inhalation/Nasal Products

A

◼ Vehicle:
◼ NSS:0.09% NaCl (Normal Saline solution)
◼ Ringer’s solution: .NaCl, KCl, CaCl, in Water for injection
◼ Lactated Ringer’s solution: .Ringers + Na Lactate
◼ Darrow solution: .NaCl + KCl + Na lactate
◼ Ophthalmic preparation: .Notice a treatment but a temporary relief (a)Hypertonic NACl solution- Temporary relief of corneal edema
(b) Isotonic irrigating solution for eye during surgery
◼ Oral preparation- Oral Rehydration Salts, USP for severe diarrjea
◼ Inhalation/Nasal Products

116
Q

Sodium citrate (Na3C6H5O7):
Use:
◼ In vitro:
◼ Chelates Ca2+ ion . —-> ____
◼ Sequestrant in:. ____

◼ In vivo:
◼ Parenteral: ___
◼ systemic and urinary alkalizer
◼ Expectorant
◼ Laxative

A

Use:
◼ In vitro:
◼ Chelates Ca2+ ion . —-> anticoagulant
◼ Sequestrant in:. Benedicts sol’n
◼ In vivo:
◼ Parenteral: .Blood coagulant
◼ systemic and urinary alkalizer
◼ Expectorant
◼ Laxative

116
Q

Sodium fluoride (NaF)
◼ as a reagent:.___
◼Chronic ingestion: ___

A

Sodium fluoride (NaF)
◼ as a reagent:.very coroisive
◼Chronic ingestion: .motted enamel

117
Q

Sodium fluoride (NaF)
Uses:
◼ ____ in dentifrices
◼Replaces hydroxyl ion in hydroxyapatite with fluoride to form .______ on ___ surface of enamel. . It promotes bone formation, but toothpaste can not be ingested b/c of dental fluorosive.

A

Uses:
◼ Anticariogenic in dentifrices
◼Replaces hydroxyl ion in hydroxyapatite with fluoride to form .fluoroapatite on outer surface of enamel. . It promotes bone formation, but toothpaste can not be ingested b/c of dental fluorosive.

118
Q

Uses:
◼ Anticariogenic in dentifrices
◼Replaces hydroxyl ion in hydroxyapatite with fluoride to form .fluoroapatite on outer surface of enamel. . It promotes bone formation, but toothpaste can not be ingested b/c of dental fluorosive.

A

Sodium fluoride (NaF)

119
Q

Sodium hydroxide (NaOH)
◼ Caustic = __
◼ NaOH =. __
◼ KOH =.___
◼ AgNO3 = ____

A

◼ Caustic = contains OH
◼ NaOH =. caustic Soda
◼ KOH =.caustic potash
◼ AgNO3 =lunar caustic

119
Q

◼ Best antidote for: . mercury poisoning

A

Sodium formaldehyde sulfoxylate

120
Q

Sodium hydroxide (NaOH)
◼ aka:

A

◼ Caustic Soda
◼ Sosa
◼ Soda Lye
◼ Liquid soda

121
Q

Sodium gluconate
◼ Use:.__
◼Advantage over chloride salts: ___

A

◼ Use:. electrolyte replenisher
◼Advantage over chloride salts: less irritating

122
Q

◼ Use:. electrolyte replenisher
◼Advantage over chloride salts: less irritating

A

Sodium gluconate

123
Q

Sodium hydroxide (NaOH)
◼ Characteristics:
◼ Deliquescent
◼ Can cause:. ___ <—- basic sol’n. Acid + necrosis = ___, if –> ____
◼ Antidote:. None

A

◼ Characteristics:
◼ Deliquescent
◼ Can cause:. liquefactive necrosis <—- basic sol’n. Acid + necrosis = acid necrosis, if –> coagulate necrosis
◼ Antidote:. None

124
Q

Sodium hydroxide (NaOH)
◼ Uses:
◼ Saponifying agent (____)
◼ Produces: ____
◼ Necessary in____

A

◼ Uses:
◼ Saponifying agent
◼Saponification (KOETTSTORFER TEST).
◼ Produces:Hard soap
◼ Necessary in Glycerin supp. preparation

125
Q

◼ Uses:
◼ oxidizing agent
◼ bleaching agent
◼ Dakin’s solution (chlorox)- Aqueous sol’n:. disinfectant
◼ Modified Dakin’s solution- Diluted sol’n:.antiseptic
◼ Labarraques’s solution.2.5%hypochloride = disinfectant

A

Sodium hypochlorite (NaOCl)

125
Q

Sodium lactate
◼ Uses:
◼ Ingredient in ___ aka:.___’s sol’n
◼ Ingredient in ___

A

◼ Uses:
◼ Ingredient in Lactated Ringer’s Sol’n- aka:.Hartmann’s sol’n
◼ Ingredient in Darrows sol’n

125
Q

Sodium hypochlorite (NaOCl)
◼ Uses:
◼ oxidizing agent
◼ bleaching agent
◼ __ (chlorox)- Aqueous sol’n:. disinfectant
◼___ - Diluted sol’n:.___
◼ Labarraques’s solution.___ = disinfectant

A

◼ Dakin’s solution (chlorox)- Aqueous sol’n:. disinfectant
◼ Modified Dakin’s solution- Diluted sol’n:.antiseptic
◼ Labarraques’s solution.2.5%hypochloride = disinfectant

126
Q

◼ Uses:
◼ Saponifying agent
◼Saponification (KOETTSTORFER TEST). Hard soap
◼ Produces:
◼ Necessary in Glycerin supp. preparation

A

Sodium hydroxide (NaOH)

127
Q

___
◼ Uses:
◼ Ingredient in Lactated Ringer’s Sol’n- aka:.___
◼ Ingredient in Darrows sol’n

A

Sodium lactate
Hartmann’s sol’n

128
Q

Sodium metabisulfite (Na2S2O)
◼Aka:.

A

Sodium pyrosulfite

129
Q

Sodium metabisulfite (Na2S2O)
◼ Uses:
◼ water-soluble antioxidant
◼___property
◼___. - wine
◼ Preservative
◼__. For meat

A

◼ Uses:
◼ water-soluble antioxidant
◼ Antimicrobial property
◼ Fermentation. - wine
◼ Preservative
◼ food bleaching. For meat

130
Q

◼ Uses:
◼ water-soluble antioxidant
◼ Antimicrobial property
◼ Fermentation. - wine
◼ Preservative
◼ food bleaching. For meat

A

Sodium metabisulfite (Na2S2O)

131
Q

Sodium Nitrate
(NaNO3)
◼ Aka:

A

◼.Chile salt peter
◼. Peru salt pete

132
Q

Sodium Nitrate
(NaNO3)
◼ Uses:
◼___.but also carcinogenic( cancer)
◼___

A

◼ Uses:
◼ Meat preservative.but also carcinogenic( cancer)
◼ Fertilizer

133
Q

◼ Uses:
◼ Meat preservative.but also carcinogenic( cancer)
◼ Fertilizer

A

Sodium Nitrate
(NaNO3)

134
Q

Sodium nitrite
(NaNO2)
Aka:

135
Q

Sodium nitrite
(NaNO2)
◼ Uses:.
◼ Antidote for:. ___ by:.____
◼ ____ .

A

◼ Uses:.
◼ Antidote for:. cyanide poisoning- by:.methemoglobinimia
◼ Vasodilator. Lowers BP

136
Q

◼ Uses:.
◼ Antidote for:. cyanide poisoning- by:.methemoglobinimia
◼ Vasodilator. Lowers BP

A

Sodium nitrite
(NaNO2)

137
Q

Used as an antidote for mercury poisoning?
A. Glauber’s salt C. Sodium Polystyrene Sulfonate
B. Sodium formaldehyde sulfoxylate D. Sodium metabisulfite

138
Q

◼ Uses:
◼ mild disinfectant and deodorant

A

Sodium perborate
(NaBO2)

139
Q

SODIUM POLYSTYRENE SULFONATE Brand Name

A

◼ BN:.kayexalate

139
Q

SODIUM POLYSTYRENE SULFONATE
◼ Uses:
◼ Cation ___
◼ Tx:.___

A

◼ Uses:
◼ Cation -exchange resin
◼ Tx:.Hyperkalemia

140
Q

◼ Uses:
◼ Cation -exchange resin
◼ Tx:.Hyperkalemia

A

SODIUM POLYSTYRENE SULFONATE

141
Q

Sodium saccharin.
◼ Uses:
◼____
◼ ID test result: ___

A

.◼ Uses:
◼ artificial sweetener
◼ ID test result: : Fluorescent green light

142
Q

.◼ Uses:
◼ artificial sweetener
◼ ID test result:

A

Sodium saccharin

143
Q

◼ Use:
◼Tablet disintegrant

A

Sodium starch glycolate

144
Q

Sodium starch glycolate Brand name

145
Q

Only reddish metal

146
Q

Third most malleable metal

147
Q

Thirs Best conductor of heat

148
Q

Second best conductor of electricity

149
Q

Best conductor of electricity

150
Q

Copper toxicity

A

Wilson’s disease

151
Q

Antidote of copper toxicity

A

Penicillamine

152
Q

Copper deficiency

A

Menke syndrome

153
Q

Copper found in
brain
Rbc’s
blood plasma

A

Cerulocupren
Erythrocupren
Ceruloplasmin

TCEP Review (6 decks)

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