theref=new Array()
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booktitle="<u>General Chemistry, Seventh Edition</u><br> Petrucci and Harwood;MacMillan Publishing<br>"
emaillink="<br><a href='mailto:gwiger@chemistry.csudh.edu'>Feedback to George</a><br><br>"
returnlink="<br><a href='lechelpcs.html'>Back to Top</a>"
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//Basic Concept Section
//Significant Figures
theref[1]="Chapter 1,p.19-23,Fig 1-10(p.20)"
comment[1]=""
//Exponents
theref[2]="this is the reference"
comment[2]=""
//Direct and Inverse relationships
theref[3]="this is the reference"
comment[3]=""
//Direct and Inverse-Word Problems
theref[4]="this is the reference"
comment[4]=""
//Scientific Notation
theref[5]="this is the reference"
comment[5]=""
//Smaller, larger or the same
theref[6]="this is the reference"
comment[6]=""
//Mass, density and volume
theref[7]="Chapter 1(p.15-18)"
comment[7]=""
//Percentage
theref[8]="For examples of percentage in chemistry see:<br>Chapter 1-Example1-4(p.18)<br>Chapter 3(p.73-74)<br>Chapter 4(p.105-106)<br>Chapter 14(p.468-472)"
comment[8]=""
//Wavelength, frequency and energy
theref[9]="Chapter 9(p.278-280)"
comment[9]=""
//Mass, density and volume-word problems
theref[10]="Chapter 1(p.15-18)"
comment[10]=""
//Exercises in comparison
theref[11]="For the basic operations needed to address these problems see:<br>Chapter 1(p.15-18)<br>Chapter 2(p.51-55)<br>The data available on your periodic table"
comment[11]=""
//Further Exercises in comparison
theref[12]="For the basic operations needed to address these problems see:<br>Chapter 1(p. 15-18)<br>Chapter 2(p.51-55)<br>The data available on your periodic table"
comment[12]=""
//Which is it?
theref[13]=theref[12]
comment[13]=""
//Mass, mole and volume-comparing two elements
theref[14]="Chapter 1(p.15-18)<br>Additional information from your periodic table"
comment[14]=""
//Make a guess #1
theref[15]="this is the reference"
comment[15]=""
//Make a guess #2
theref[16]="this is the reference"
comment[16]=""
//Make a better guess#1
theref[17]="this is the reference"
comment[17]=""
//Make a better guess #2
theref[18]="this is the reference"
comment[18]=""
//A,B,pA,pB
theref[19]="this is the reference"
comment[19]=""
//the following are left empty for future developments
//Using Molar Volumes
theref[20]="Use the information provided on the periodic table."
comment[20]=""
theref[21]="this is the reference"
theref[22]="this is the reference"
theref[23]="this is the reference"
theref[24]="this is the reference"
theref[25]="this is the reference"
theref[26]="this is the reference"
theref[27]="this is the reference"
theref[28]="this is the reference"
theref[29]="this is the reference"
//Converting dimensions
//Converting V
theref[30]="Chapter 1(p.10-15)"
comment[30]=""
//Converting M
theref[31]="Chapter 1(p.10-15)"
comment[31]=""
//Converting distance
theref[32]="Chapter 1(p.10-15)"
comment[32]=""
//Converting density
theref[33]="Chapter 1(p.10-15)"
comment[33]=""
//the following are left open for further developments
theref[34]="this is the reference"
theref[35]="this is the reference"
theref[36]="this is the reference"
theref[37]="this is the reference"
theref[38]="this is the reference"
//Atoms and elements
//Protons, electrons and neutrons
theref[39]="Chapter 2 (p.40-46)"
comment[39]=""
//elements, moles and mass
theref[40]="Chapter 2(p.51-55)<br>Information available on your periodic table"
comment[40]=""
//The Periodic table
theref[41]="this is the reference"
comment[41]=""
//The quantum numbers
theref[42]="Chapter 9(p.281-293)"
comment[42]=""
//electronic structures
theref[43]="Chapter 9(p.295-303)<br>Information from periodic table"
comment[43]=""
//Atomic Spectrum of hydrogen
theref[44]="Chapter 9, sec. 9.1 to9.4,p.272-284"
comment[44]=""
//The de Broglie Wave Equation
theref[45]="Chapter 9(p. 284-285)"
comment[45]=""
//the following left open for further developments
theref[46]="this is the reference"
theref[47]="this is the reference"
theref[48]="this is the reference"
theref[49]="this is the reference"
theref[50]="this is the reference"
theref[51]="this is the reference"
theref[52]="this is the reference"
//Gas Laws
//Boyle's law
theref[53]="Chapter 6:Section 6.2(p 168)"
comment[53]=""
//Charles' Law
theref[54]="Chapter 6:Section 6.2(p 170)"
comment[54]=""
//Avogadro's Law
theref[55]="this is the reference"
comment[55]=""
//Combined Gas Law
theref[56]="this is the reference"
comment[56]=""
//Ideal gas equation
theref[57]="this is the reference"
comment[57]=""
//Complete Gas Law Page
theref[58]="this is the reference"
comment[58]=""
//Graham's Law
theref[59]="this is the reference"
comment[59]=""
//Raoult's Law
theref[60]="Chapter 14;Section 14-6(p. 481-485)"
comment[60]=""
//Clausius-Clapeyron Equation
theref[61]="Chapter 13;p428-430"
comment[61]=""
//Dalton's Laws of Partial Pressure
theref[62]="this is the reference"
comment[62]=""
//the folllowing left empty for future developments
theref[63]="this is the reference"
theref[64]="this is the reference"
theref[65]="this is the reference"
theref[66]="this is the reference"
theref[67]="this is the reference"
theref[68]="this is the reference"
theref[69]="this is the reference"
theref[70]="this is the reference"
//Solutions
//Molarity,moles and Volume
theref[71]="Chapter 4;Section 4-3(p.107-111)"
comment[71]=""
//Molarity, mass and volume
theref[72]="Chapter 4;Section 4-3(p.107-111)"
comment[72]=""
//Osmotic Pressure
theref[73]="this is the reference"
comment[73]=""
//Freezing and boiling points
theref[74]="this is the reference"
comment[74]=""
//the following left open for future developments
theref[75]="this is the reference"
theref[76]="this is the reference"
theref[77]="this is the reference"
theref[78]="this is the reference"
theref[79]="this is the reference"
theref[80]="this is the reference"
theref[81]="this is the reference"
theref[82]="this is the reference"
theref[83]="this is the reference"
theref[84]="this is the reference"
theref[85]="this is the reference"
//Heat and T
//Converting Ts
theref[86]="this is the reference"
comment[86]=""
//Heat and T changes-water
theref[87]="Chapter 7,sec. 7-3,p. 207"
comment[87]=""
//heat transfer-water
theref[88]="this is the reference"
comment[88]=""
//heat transfer-water and another substance
theref[89]="this is the reference"
comment[89]=""
//the following left open for future developments
theref[90]="this is the reference"
theref[91]="this is the reference"
theref[92]="this is the reference"
theref[93]="this is the reference"
theref[94]="this is the reference"
theref[95]="this is the reference"
theref[96]="this is the reference"
theref[97]="this is the reference"
theref[98]="this is the reference"
theref[99]="this is the reference"
//Thermochemistry
//Hess' Law
theref[100]="Chapter 7; section 7-7(p218-221)"
comment[100]=""
//The thermochemical equation
theref[101]="this is the reference"
comment[101]=""
//Using Bond energies
theref[102]="this is the reference"
comment[102]=""
//Using heats of formation
theref[103]="this is the reference"
comment[103]=""
//The following left empty for future developments
theref[104]="this is the reference"
theref[105]="this is the reference"
theref[106]="this is the reference"
theref[107]="this is the reference"
theref[108]="this is the reference"
theref[109]="this is the reference"
//Second Law
theref[110]="Chapter 20;Sections 20-4 and 20-6(p.699-703 & 704-710)"
theref[111]="this is the reference"
theref[112]="this is the reference"
//Acids and Bases
//pH,pOH, etc
theref[113]="Chapter 17,sec. 17-3,p.586"
comment[113]=""
//Solutions of acids and bases
theref[114]="Chapter 17,sec. 17-5,p.590 "
comment[114]=""
//Solutions of acids and bases
theref[115]="this is the reference"
comment[115]=""
//Solutions of acids and bases-multistep
theref[116]="this is the reference"
comment[116]=""
//Solutions of acids and Bases-multistep
theref[117]="this is the reference"
comment[117]=""
//Acid-base titrations
theref[118]="this is the reference"
comment[118]=""
//Composition of buffers
theref[119]="this is the reference"
comment[119]=""
//Properties of buffers
theref[120]="this is the reference"
comment[120]=""
//Proton transfer reactions
theref[121]="The text does not contain a discussion of this specific computation. See section 17-5(p. 590-598) and Section 5-3(p.140-144)"
comment[121]=""
//Acid-base titrations
theref[122]="this is the reference"
comment[122]=""
//the following left open for future development
theref[123]="this is the reference"
theref[124]="this is the reference"
theref[125]="this is the reference"
theref[126]="this is the reference"
//pA,pB etc
theref[127]="There is no text reference for this exercise. Refer to your lecture notes."
comment[127]=""
//Solubility
//slightly soluble salts
theref[128]="this is the reference"
comment[128]=""
//solubility and common ion
theref[129]="this is the reference"
comment[129]=""
//precipitation
theref[130]="this is the reference"
comment[130]=""
//the following left open
theref[131]="this is the reference"
theref[132]="this is the reference"
theref[133]="this is the reference"
theref[134]="this is the reference"
theref[135]="this is the reference"
//Nomenclature
//Simple nomenclature-formulas to names
theref[136]="Chapter 3;Section 3-5(p.80-89)"
comment[136]=""
//Simple nomenclature-names to formulas
theref[137]=theref[136]
comment[137]=""
//Nomenclature-Stock notation
theref[138]=theref[136]
comment[138]=""
//the following left open
theref[139]="this is the reference"
theref[140]="this is the reference"
theref[141]="this is the reference"
theref[142]="this is the reference"
theref[143]="this is the reference"
//Chemical formulas
//Mass, moles and gfw
theref[144]="Chapter 3:Section 3-2(p68-71)"
comment[144]=""
//Chemical formulas and mass relationships
theref[145]="Chapter 3:Section 3-2,3-3(p68-78)"
comment[145]=""
//Calculations based on chemical formulas
theref[146]="Chapter 3:Section 3-2,3-3(p68-78)"
comment[146]=""
//Formulas and percent composition
theref[147]="this is the reference"
comment[147]=""
//Combustions analysis
theref[148]="this is the reference"
comment[148]=""
//Calculating GFWs
theref[149]="Chapter 3:Section 3-2(p.68)"
comment[149]=""
//Empirical Formulas
theref[150]="this is the reference"
comment[150]=""
//the following left open
theref[151]="this is the reference"
theref[152]="this is the reference"
theref[153]="this is the reference"
theref[154]="this is the reference"
theref[155]="this is the reference"
theref[156]="this is the reference"
theref[157]="this is the reference"
//Kinetics
//Determing Orders and rate constants
theref[158]="Chapter 15:Section 15-3(P.510-514)"
comment[158]=""
//Using the rate law
theref[159]="Chapter 15:sec 15.1 to 15.3(p 506-514)"
comment[159]=""
//First order processes
theref[160]="Chapter 15:sec 15.1(p506);sec15.5(p 515)"
comment[160]=""
//The Arrhenius Equation
theref[161]="Chapter 15:sec. 15-9(p 525)"
comment[161]=""
//Mechanisms and rate laws
theref[162]="this is the reference"
comment[162]=""
//Mechanisms and rate laws-advanced
theref[163]="this is the reference"
comment[163]=""
//left open
theref[164]=""
theref[165]="this is the reference"
theref[166]="this is the reference"
theref[167]="this is the reference"
theref[168]="this is the reference"
theref[169]="this is the reference"
theref[160]="this is the reference"
theref[171]="this is the reference"
//Stoichiometry
//Balancing chemical reactions
theref[172]="Chapter 4:sec. 4-1(p. 98-101)"
comment[172]=""
//Mass relationships in chemical reactions
theref[173]="Chapter 4:sec. 4-2(p. 101-107)"
comment[173]=""
//Limiting reagents 
theref[174]="Chapter 4:sec. 4-4(p. 112-114)"
comment[174]=""
//Calculations based on percent yields
theref[175]="Chapter 4:sec. 4-5(p. 115-117)"
comment[175]=""
//Combining limiting reagent and % yield
theref[176]="this is the reference"
comment[176]=""
//Mole relationships in chemical reactions
theref[177]="Chapter 4:sec. 4-2(p. 101-107)"
comment[177]=""
//left open
theref[178]="this is the reference"
theref[179]="this is the reference"
theref[180]="this is the reference"
theref[181]="this is the reference"
theref[182]="this is the reference"
theref[183]="this is the reference"
//Electrochemistry
//Balancing Redox reactions
theref[184]="this is the reference"
comment[184]=""
//Calculating Eo
theref[185]="this is the reference"
comment[185]=""
//Faraday's Laws
theref[186]="Chapter 21:Section 21-7(p.749)"
comment[186]=""
//The Nernst Equation
theref[187]="Chapter 21;Section 21-4(p.738-743)"
comment[187]=""
//E and K
theref[188]="this is the reference"
comment[188]=""
//Using the EC series
theref[189]="this is the reference"
comment[189]=""
//left open
theref[190]="this is the reference"
theref[191]="this is the reference"
theref[192]="this is the reference"
theref[193]="this is the reference"
theref[194]="this is the reference"
//Chemical Equilibrium
//Calculating K
theref[195]="Chapter 16:sec 16-2(p. 547)"
comment[195]=""
//Calculating an Equil conc.
theref[196]="Chapter 16:ex 16, p.549"
comment[196]=""
//Q vs K
theref[197]="Chapter 16:sec 16-5(p. 556)"
comment[197]=""
//The LeChatelier Effect
theref[198]="Chapter 16:sec. 16-6(p.559)"
comment[198]=""
//Combining Equilibria
theref[199]="Chapter 16:sec 16-3(p. 550)"
comment[199]=""
//left open 
//Adv Equilibria #1
theref[200]="Chapter 16:ex. 16-10 p 566"
comment[200]=""
//Kc and Kp
theref[201]="Chapter 15:p 552-522"
comment[201]=""
//Advanced Problems-Calculate K
theref[202]=theref[195]
theref[203]="this is the reference"
theref[204]="this is the reference"
theref[205]="this is the reference"
//The scenario
theref[206]="this is the reference"
comment[206]=""
//Structures and bonding
//Hybridization
theref[207]="this is the reference"
comment[207]=""
//left open
theref[208]="this is the reference"
theref[209]="this is the reference"
theref[210]="this is the reference"
theref[211]="this is the reference"
theref[212]="this is the reference"
theref[213]="this is the reference"
//Organic chemistry
//Recognizing organic fragments
theref[214]="this is the reference"
comment[214]=""
//R and S configurations
theref[215]="this is the reference"
comment[215]=""
//NMR analysis
theref[216]="this is the reference"
comment[217]=""
//Stereochemistry of additions to C=C
theref[217]="this is the reference"
comment[217]=""
//Aromatic substitution reactions
theref[218]="this is the reference"
comment[218]=""
//Electrocyclic processes
theref[219]="this is the reference"
comment[219]=""
//left open
theref[220]="this is the reference"
theref[221]="this is the reference"
theref[222]="this is the reference"
theref[223]="this is the reference"
theref[224]="this is the reference"
theref[225]="this is the reference"
theref[226]="this is the reference"
theref[227]="this is the reference"
theref[228]="this is the reference"
theref[229]="this is the reference"
//Advanced topics
//Slater's rules
theref[230]="this is the reference"
comment[230]=""
//Symmetry
theref[231]="this is the reference"
comment[231]=""
//Reducing reducible representations
theref[232]="this is the reference"
comment[232]=""
//Creating Reduc. reps
theref[233]="this is the reference"
comment[233]=""
//Born-Haber cycles
theref[234]="this is the reference"
comment[234]=""
//Hybrid orbitals
theref[235]="this is the reference"
comment[235]=""
//Using Drago-Wayland parameters#1
theref[236]="this is the reference"
comment[236]=""
//Using Drago-Wayland parameters#2
theref[237]="this is the reference"
comment[237]=""
//Latimer Diagrams
theref[238]="this is the reference"
comment[238]=""
theref[239]="this is the reference"
theref[240]="this is the reference"