CPHYS

Section 1: Physical Universe 017 Blast Comparison 018 008 & 009 (1-10) Worked 019 graphing 105a BARS 020 graphing 105b LINES 021 graphing 105c TRENDLINES 023 Pivot Interactives Ball RT Section 2: Laws of Motion 026 CPhys 202 Questions 034 CPhys 203B Falling Table 037 CPhys 205C Falling Table 2 044 216B HW Example 046 216C Concept 3-1 041 216D Table Top 042 216D Table Bottom 045 Cannon Problem 219 Section 3: Conservation Laws 050 Reading Guide 301 052 PI: blowdart & cart 053 Phet 304 Collisions 054 Math Problems 305 059 Boulder Example 306 060 Example Energy 307 Section 4: Machines Work Energy 064 Six Simple Machines 071 6 Simple Machines Math 073 6 Simple Machines Draw 074 6 Simple Machines Circles Section 13: Electric 1307 Ohm's Law 1308 Power Problems Section 14: Electrical Systems 091 Series Circuit 092 Parallel Circuit 093 Combination Circuit 094 Complex Combination Circuit 102 Problem 1405C #4 103 Problem 1405C #5 104 Problem 1405C #6 107 Circuit Substitution Example 1405c 🔑 1408 SET1 🔑 1408 SET2 🔑

SCIENCE MATH

001 The Metric System 002 PTG Mk - dcm unp faz 003 One Hop 004 Two Hop 005 SIGFIG = SF 006 SF Add Subtract 007 SF Mutiply Divide 008 Rounding 009 SF Practice 013 TI 84 EE 014 TI 84 Metric

TI CALCULATOR

029 Emulator 030 Set up 031 Listing 032 Graphing 033 TI-83 Graphing 035 Graphing 2 Lines 036 Graphing 2 Curves

HPHYS

Section 1: Physical Universe 017 Blast Comparison 018 008 & 009 (1-10) Worked 019 graphing 105a BARS 020 graphing 105b LINES 021 graphing 105c TRENDLINES 023 Pivot Interactives Ball RT Section 2: Laws of Motion 024 HPhys 202 Questions #1 025 HPhys 202 Questions #2 034 HPhys 203B Falling Table 037 HPhys 205C Falling Table 2 044 216B HW Example 046 216C Concept 3-1 041 216D Table Top 042 216D Table Bottom 045 Cannon Problem 219 047 Parabolic 221 Section 3: Conservation Laws 050 Reading Guide 301 052 PI: blowdart & cart 043 Elastic Collisions 053 Phet 304 Collisions 055 Example 306 067 Ramp KE to PE Section 4: Machines Work Energy 064 Six Simple Machines 068 Elastic Potential Energy 069 PI: Elastic Lab (K Constant) 070 PI: Spring Lab 071 6 Simple Machines Math 073 6 Simple Machines Draw 074 6 Simple Machines Circles Section 5: Vectors 077 Vector-ology 078 Vector Overview 010 Vectors 083 Vectors 502 last 3 087 Vector 504 ODD 089 Vector 507 TI-84 Section 13: Electric 1307 Ohm's Law 1308 Power Problems Section 14: Electrical Systems 091 Series Circuit 092 Parallel Circuit 093 Combination Circuit 094 Complex Combination Circuit 102 Problem 1405C #4 103 Problem 1405C #5 104 Problem 1405C #6 106 Circuit Substitution 097 Matrix Circuit Part1 098 Matrix Circuit Part2 108 Double Circuit Sub H Q1402 🔑 H Q1403 🔑 H Q1404 🔑 H 1407 🔑 H 1407 Matrix 🔑 H 1408 🔑

H CHEM

Section 1: Matter 011 Chapter 1 Section 2: Atoms 022 What hides empty space 203? 038 Ionic Naming 213 039 Acid Naming 213 040 Covalent Naming 213 Section 3: Stoichiometry 051 Six Chem Rxns & 304 056 Empirical Formulas 090 AMU & Empircal Formulas 057 Combustion C H 058 Combustion C H O 061 Mole Map 309 062 Stoichiometry 1 063 Formula Weight Calculator 065 Practice 309-1 Format 066 Run to the Mole 311 072 Problem 3.63 075 Limiting Reactants 313 079 Limiting Reactants 377 082 Water Stoichiometry 084 Q308 Key 085 Problem 3.79 Key 086 Percent Yield 088 Table Method Section 4: Aqueous RXNs 401 & 2 Overview 095 Molecular Complete Net Eq 096 End Molarity Reactions 099 Problem 4.89 100 Example Problem 410 101 410 Problem 1 105 PI DRR Pb(NO3)2 109 REDOX 416 Section 5: Thermochemistry 110 CHEM 5.43 111 CHEM 5.55 112 CHEM 5.58 Section 6: Electrons 113 Electrons part 1 114 Electrons part 2 Section 8: Bonding Section 9: Geometry

AP PHYS

Section 1: 1D Kinematics 010 Vectors Section 2: 2D Kinematics 012 The Kick 015 Q201A 016 Q201B Section 3: Dynamics NEWTON's LAWS Force 027 μs Incline Plane 028 μk Incline Plane Section 4: Circular Motion and Gravitation Section 5: Impulse & Linear Momentum 043 Elastic Collisions Section 7: Simple Harmonic Motion Section 8: Rotational Kinematics & Dynamics 080 Circular Motion 076 PI: Tangential Velocity 081 PI: Circular Motion 000 Laurel Torque 000 Torque Equlibrium 1 000 Torque Equlibrium 2 Section 6: Work, Energy & Theorem 048 Work Problem Example Evaluation Form Luke: #2 #18 #66 #67  Emily: #4 #16 #64 #67  Josh: #6 #12 #63 #67  Katie: #8 #15 #65 #67  Kamren: #10 #14 #62 #67  Evaluation Form Sam: #2 #12 #62 #67  Liam: #4 #14 #63 #67  Riley: #6 #15 #64 #67  Laurel: #8 #16 #65 #67  Alexis: #10 #18 #66 #67