Automotive technicians and students need a firm grasp of science and technology in order to fully appreciate and understand how mechanisms and systems of modern vehicles work. This work presents the necessary principles and applications with examples and exercises relating directly to motor vehicle technology and repair.
Automotive technicians and students need a firm grasp of science and technology in order to fully appreciate and understand how mechanisms and systems of modern vehicles work. This work presents the necessary principles and applications with examples and exercises relating directly to motor vehicle technology and repair.
Mathematics, arithmetic and statistics; Algebra and formulae; Graphs; Geometry and trigonometry; Forces; Levers and moments; Work, energy and power; Friction; Machines; Velocity and acceleration - equations of motion; Heat and temperature; Heating and expansion of gases; Practical engine cycles; Ideal engine cycles; Fuels, combustion and emission controls; Vehicle dynamics - load transfer under acceleration and braking; Forces acting on vehicle during cornering and on a slope - gradeability; Electrical principles; Electronic principles; Appendix: Answers; Glossary; Signs and symbols used.
Mathematics, arithmetic and statistics Algebra and formulae Graphs Geometry and trigonometry Forces Levers and moments Work, energy and power Friction Machines Velocity and acceleration - equations of motion Heat and temperature Heating and expansion of gases Practical engine cycles Ideal engine cycles Fuels, combustion and emission controls Vehicle dynamics - load transfer under acceleration and braking Forces acting on vehicle during cornering and on a slope - gradeability Electrical principles Electronic principles Appendix: Answers Glossary Signs and symbols used.
Mathematics, arithmetic and statistics; Algebra and formulae; Graphs; Geometry and trigonometry; Forces; Levers and moments; Work, energy and power; Friction; Machines; Velocity and acceleration - equations of motion; Heat and temperature; Heating and expansion of gases; Practical engine cycles; Ideal engine cycles; Fuels, combustion and emission controls; Vehicle dynamics - load transfer under acceleration and braking; Forces acting on vehicle during cornering and on a slope - gradeability; Electrical principles; Electronic principles; Appendix: Answers; Glossary; Signs and symbols used.
Mathematics, arithmetic and statistics Algebra and formulae Graphs Geometry and trigonometry Forces Levers and moments Work, energy and power Friction Machines Velocity and acceleration - equations of motion Heat and temperature Heating and expansion of gases Practical engine cycles Ideal engine cycles Fuels, combustion and emission controls Vehicle dynamics - load transfer under acceleration and braking Forces acting on vehicle during cornering and on a slope - gradeability Electrical principles Electronic principles Appendix: Answers Glossary Signs and symbols used.
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