Organization: Goodheart-Willcox Publisher Product Name: Math for Automotive Technicians, 1st Edition Product Version: 1.1.1 Source: IMS Online Validator Profile: 1.1.0 Identifier: manifest_16slkbs Timestamp: Tuesday, March 12, 2019 10:26 AM EDT Status: VALID! Conformant: true ----- VALID! ----- Resource Validation Results The document is valid. ----- VALID! ----- Schema Location Results Schema locations are valid. ----- VALID! ----- Schema Validation Results The document is valid. ----- VALID! ----- Schematron Validation Results The document is valid. List of all Files Validated: imsmanifest.xml links/i_6b0201c1/basiclti.xml links/i_ca76d2ff/basiclti.xml links/i_e2700c80/basiclti.xml links/i_2e824744/basiclti.xml links/i_6d338966/basiclti.xml links/i_9e080986/basiclti.xml links/i_9309c6fd/basiclti.xml links/i_b55df830/basiclti.xml links/i_a0b19331/basiclti.xml links/i_6ff7813b/basiclti.xml links/i_f3a119a9/basiclti.xml links/i_84a4b1f8/basiclti.xml links/i_5c34af0b/basiclti.xml links/i_341ef84e/basiclti.xml links/i_70702470/basiclti.xml links/i_1edffdc1/basiclti.xml links/i_9f36e4dc/basiclti.xml links/i_79ea57d1/basiclti.xml links/i_88578506/basiclti.xml links/i_3afbb0b2/basiclti.xml links/i_a4d2281d/basiclti.xml links/i_9a83f5aa/basiclti.xml links/i_5abf9e34/basiclti.xml links/i_6c87d08d/basiclti.xml links/i_b8977c5e/basiclti.xml links/i_b2717680/basiclti.xml links/i_b030fd47/basiclti.xml links/i_8ef6a536/basiclti.xml links/i_d77109b0/basiclti.xml links/i_17db2742/basiclti.xml links/i_e44ff585/basiclti.xml links/i_4851bac3/basiclti.xml links/i_647ce356/basiclti.xml links/i_d094f640/basiclti.xml links/i_47cacff0/basiclti.xml links/i_ccfabc36/basiclti.xml links/i_5de497f9/basiclti.xml links/i_ac8cd16c/basiclti.xml links/i_2e8ece9c/basiclti.xml links/i_0af25463/basiclti.xml links/i_b90f74b2/basiclti.xml links/i_5652e31d/basiclti.xml links/i_5697c6d9/basiclti.xml links/i_b0788448/basiclti.xml links/i_5e9ae452/basiclti.xml links/i_c619a89d/basiclti.xml links/i_4d8268de/basiclti.xml links/i_910c5a13/basiclti.xml links/i_b4fb17df/basiclti.xml links/i_4c99fff0/basiclti.xml links/i_53ec667c/basiclti.xml links/i_7697fc05/basiclti.xml links/i_332eb291/basiclti.xml links/i_1e1ea768/basiclti.xml links/i_fc4c458b/basiclti.xml links/i_e806f077/basiclti.xml links/i_8cedde68/basiclti.xml links/i_712e6557/basiclti.xml links/i_9a478940/basiclti.xml links/i_a6688043/basiclti.xml links/i_125c1286/basiclti.xml links/i_46709f37/basiclti.xml links/i_13fe1533/basiclti.xml links/i_f3af26b6/basiclti.xml links/i_0ca68b71/basiclti.xml links/i_6001da22/basiclti.xml links/i_33d14785/basiclti.xml links/i_3409fb99/basiclti.xml links/i_987d5ca8/basiclti.xml links/i_ce2488b8/basiclti.xml links/i_9e6c41b9/basiclti.xml links/i_bddf73de/basiclti.xml links/i_5d46c05e/basiclti.xml links/i_fb948ca5/basiclti.xml links/i_39f7e996/basiclti.xml links/i_b1508348/basiclti.xml links/i_2a758a84/basiclti.xml links/i_494be943/basiclti.xml links/i_48bae7b6/basiclti.xml links/i_6ba7d855/basiclti.xml links/i_69e98086/basiclti.xml links/i_a645f3e7/basiclti.xml links/i_01b84193/basiclti.xml links/i_381a4cfe/basiclti.xml links/i_e22b4488/basiclti.xml links/i_342dee28/basiclti.xml links/i_353ee062/basiclti.xml links/i_3f6354ea/basiclti.xml links/i_0da7ee21/basiclti.xml links/i_02cc1778/basiclti.xml links/i_0e1db5b9/basiclti.xml links/i_2eed6bed/basiclti.xml links/i_d4f7caee/basiclti.xml links/i_c4a26f2e/basiclti.xml links/i_d8e7bef2/basiclti.xml links/i_245d773d/basiclti.xml links/i_8b048192/basiclti.xml links/i_cd6bcf00/basiclti.xml links/i_9a0502b4/basiclti.xml links/i_3c1e3603/basiclti.xml links/i_265edae4/basiclti.xml links/i_15256c71/basiclti.xml links/i_3ebd5634/basiclti.xml links/i_5e45a95d/basiclti.xml links/i_a0b45a8b/basiclti.xml links/i_bfcf2770/basiclti.xml links/i_8c7134a3/basiclti.xml links/i_57456914/basiclti.xml links/i_b2e9875d/basiclti.xml links/i_b70d2c8c/basiclti.xml Title: Math for Automotive Technicians, 1st Edition Description:

Math for Automotive Technicians is designed to help students learn and apply basic math skills. The first part of the text provides 12 lessons that develop a mastery of basic math skills in the context of automotive service. Coverage includes whole number operations, decimals, greater than/less than, tape measure fractions, conversion, graphs and tables, formulas, measurement, and comparing to specifications. The second part consists of 96 case studies that apply and extend the basic math skills with actual vehicle procedures, data, and specifications. For ease of integration with curricula based on the NATEF standards, the case studies are grouped into automotive service areas, such as chassis systems, engine mechanical, electrical, etc. Answers to odd-numbered practice problems are listed in the back of the text.

Catalog: ISBN Identifier: 978-1-63563-222-4 Resources Activate Your Subscription Online Instructor Resources Intended Role: Instructor Unit 1 - Basic Math Skills Lesson 1 - Addition Lesson 2 - Subtraction Lesson 3 - Multiplication Lesson 4 - Division Lesson 5 - Decimal Arithmetic Lesson 6 - Greater Than and Less Than Lesson 7 - Fractions Lesson 8 - Conversion Lesson 9 - Graphs and Tables Lesson 10 - Formulas Lesson 11 - Measurement Lesson 12 - Analyzing Specifications Unit 2 - Around the Shop Case Study 1 - Work Uniforms Case Study 2 - Shop Inventory Case Study 3 - Scrap Metal Pricing Case Study 4 - Paying for Professional Tools Case Study 5 - Flat-Rate Labor Times Case Study 6 - Customer Service Surveys Case Study 7 - Hose Length Calculations Case Study 8 - Fluid Volume Case Study 9 - Workplace Productivity Case Study 10 - Wage Earnings Case Study 11 - Shop Equipment Case Study 12 - Vehicle Identification Number Unit 3 - Vehicle Maintenance Case Study 13 - Repair Orders Case Study 14 - Timing Belt Service Intervals Case Study 15 - Maintenance Parts Case Study 16 - Brake Pad Life Case Study 17 - Analyzing Battery Voltage Case Study 18 - Pressure Sensor Data Analysis Case Study 19 - Tire Tread Depth Case Study 20 - Torque Values Case Study 21 - Coolant Freeze Levels Case Study 22 - Torque Case Study 23 - Tires and Wheels Case Study 24 - Engine Tune-Up Unit 4 - Chassis Case Study 25 - Unsprung Weight Case Study 26 - Service Intervals Case Study 27 - Tire Size Aspect Ratio Case Study 28 - Stopping Distance Factors Case Study 29 - Alignment Angles Case Study 30 - Analyzing Tires Case Study 31 - Ride Height Measurements Case Study 32 - Linear Measurement Case Study 33 - Brake Fluid Testing Case Study 34 - Tire Diameter Case Study 35 - Disc Brake Micrometer Case Study 36 - Brake System Unit 5 - Engine Mechanical Case Study 37 - Valve Overlap and Duration Case Study 38 - Camshaft Lobe Case Study 39 - Rocker Arm Ratio Case Study 40 - Compression Ratio Case Study 41 - Engine Block Calculations Case Study 42 - Piston Bore Clearance Case Study 43 - Engine Parts Case Study 44 - Engine Size Case Study 45 - Cooling System Case Study 46 - Engine Power and Efficiency Case Study 47 - Cam and Crank Journal Case Study 48 - Cylinder Bore Unit 6 - Electrical Case Study 49 - Voltage Drop Case Study 50 - Reference Voltage Case Study 51 - Ohm’s Law Part 1 Case Study 52 - Ohm’s Law Part 2 Case Study 53 - Applying Ohm’s Law Case Study 54 - Wire Gage Sizes Case Study 55 - Wire Length Case Study 56 - Temperature Case Study 57 - Graphing Ohm’s Law Case Study 58 - Electrical Circuit Resistance Case Study 59 - Digital Multimeter Case Study 60 - Electrical System Specifications Unit 7 - Engine Performance Case Study 61 - Electronic Throttle Controls Case Study 62 - Mass Airflow Case Study 63 - Ignition Coil Voltage Case Study 64 - Analyzing Compression Tests Case Study 65 - Fuel Trim Case Study 66 - Spark Plug Gap Case Study 67 - Fuel Tank Capacity Case Study 68 - Pressure Case Study 69 - Engine Sensors Case Study 70 - Lambda Case Study 71 - Vacuum/Pressure Gauge Reading Case Study 72 - Module Pinout Diagrams Unit 8 - Driveline Case Study 73 - Multi-Disc Clutch Adjustments Case Study 74 - Driveline Angle Calculation Case Study 75 - Gear Ratio Torque Case Study 76 - Differential Gear Ratios Case Study 77 - Hydraulic Pressure Case Study 78 - Planetary Gear Set Ratios Case Study 79 - Manual Gear Set Ratios Case Study 80 - Odometer Distance Values Case Study 81 - Shift Solenoids Case Study 82 - Driveline Speed Case Study 83 - Gear Backlash Case Study 84 - Differential Backlash Unit 9 - Air Conditioning and Hybrid Technology Case Study 85 - Air Conditioning System Oil Case Study 86 - Compressor Clutch Air Gap Case Study 87 - Hybrid Vehicle High-Voltage Battery Case Study 88 - Electric Car Speed and Acceleration Case Study 89 - Cooling System Boiling Point Case Study 90 - Hybrid Vehicle Payback Case Study 91 - Evaporator and Condenser Area Case Study 92 - Refrigerant Weight Case Study 93 - Air Conditioning System Pressures Case Study 94 - Miles per Gallon Equivalent Case Study 95 - Air Conditioning Gauge Reading Case Study 96 - Hybrid Electric Fuel Economy