< Day Day Up >

[SYMBOL] [A] [B] [C] [D] [E] [F] [G] [H] [I] [J] [K] [L] [M] [N] [O] [P] [R] [S] [T] [U] [V] [W] [X] [Y] [Z] falling from known height (example 10.8)  2nd  3rd  4th  false collisions (collision detection)  2nd  3rd  4th  5th  Fawcett, Michael     Cannon Physics CD-ROM demo  final velocity     formulas  2nd  3rd  4th  flat surface     normal force on (example 11.3)  foot-pounds  force     at different angle than displacement         calculating work (example 12.3)  2nd  3rd      in definition of work      units of measurement  forces  2nd  [See also motion]     friction          calculating (example 11.5)  2nd          coefficient of friction  2nd  3rd          combined with normal force  2nd          kinetic friction  2nd  3rd          static friction  2nd  3rd      gravity          changes in      net force  2nd  3rd          calculating in 2D (example 11.6)  2nd  3rd  4th          free-body diagrams  2nd  3rd  4th  5th      Newton's First Law  2nd  3rd          example 11.7      Newton's laws         self-assessment  2nd  3rd      Newton's Second Law  2nd  3rd  4th          and equations of motion (example 11.9)  2nd          example 11.8      Newton's Third Law  2nd      Newton's laws         self-assessment      NewtonÕs First Law      NewtonÕs Second Law      NewtonÕs Third Law      normal force  2nd          combined with friction  2nd          on flat surface (example 11.3)          on inclined plane (example 11.4)  2nd  3rd      self-assessment  2nd  3rd          solutions      weight  2nd  3rd  4th  5th          calculating (example 11.1)          calculating mass (example 11.2)          versus mass  formulas  [See also conversion factors]     2D combo matrices  2nd      2D displacement  2nd      2D rotation  2nd      2D scaling  2nd      2D translation by addition  2nd      2D translation by multiplication  2nd      2D vector normalization  2nd      3D combo matrices  2nd      3D numerical vector addition      3D numerical vector subtraction      3D rotation about the x-axis (pitch)  2nd      3D rotation about the y-axis (yaw)  2nd      3D rotation about the z-axis (roll)  2nd      3D scaling  2nd      3D translation by addition      3D translation by multiplication  2nd      3D vector normalization  2nd      acceleration  2nd      amplitude of sine wave  2nd  3rd      angle between vectors  2nd  3rd  4th      angular displacement  2nd      angular momentum      average acceleration  2nd      average angular acceleration  2nd      average angular velocity  2nd      average velocity  2nd  3rd  4th  5th  6th          in 2D and 3D  2nd      axis-aligned vector reflection  2nd      Cartesian coordinates in 3D      circle-circle collision detection  2nd          optimized  2nd      circles  2nd          centered at origin  2nd          determining (example 2.10)  2nd  3rd      conservation of mechanical energy  2nd          modified for friction and air resistance  2nd      conversion factors  2nd      converting Cartesian coordinates to polar coordinates      converting OpenGL to DirectX  2nd      converting polar coordinates to Cartesian coordinates      cross product  2nd      degrees to radians conversion  2nd      displacement  2nd  3rd  4th  5th  6th      displacement between frames  2nd      displacement with constant velocity  2nd      distance between points         in 2D  2nd          in 3D  2nd      dot product         in 2D  2nd          in 3D  2nd      equations of motion  2nd  3rd  4th  5th  6th  7th  8th  9th  10th          CD-ROM demos  2nd          in 2D (example 10.4)  2nd          in 2D and 3D  2nd          in 3D (example 10.5)  2nd          multiple equations example (8.9)  2nd          race car examples (8.7 and 8.8)  2nd  3rd          self-assessment  2nd      final velocity  2nd  3rd  4th      GPE (gravitational potential energy)  2nd      horizontal components of projectiles  2nd      impulse  2nd      instantaneous acceleration  2nd          using derivatives  2nd          using second derivatives  2nd      instantaneous velocity  2nd          using derivatives  2nd      kinetic energy  2nd      kinetic friction  2nd      linear collisions  2nd      linear equations      math.h inverse trigonometric functions      math.h trigonometric functions      matrix multiplication      matrix transpose  2nd  3rd      midpoint in 2D  2nd      midpoint in 3D  2nd      momentum  2nd      negative angles trigonometric identities  2nd      Newton's Second Law         rotational motion      non-axis-aligned vector reflection  2nd      numerical vector subtraction      parabolas         horizontal axis of symmetry  2nd          vertical axis of symmetry  2nd      parallel lines      perpendicular check  2nd  3rd      perpendicular lines      point-slope linear equation      positive and negative dot product  2nd      Pythagorean theorem  2nd          converse of      radians to degrees conversion  2nd      rotational kinetic energy      scalar multiplication  2nd          in Cartesian coordinates          in polar coordinates  2nd      sine wave period  2nd  3rd      slope  2nd      slope of lines      slope-intercept linear equation      sphere-sphere collision detection         optimized  2nd      spheres  2nd          centered at origin  2nd          determining (example 2.11)  2nd  3rd      static friction  2nd      sum and difference identities for cosine  2nd      sum and difference identities for sine  2nd      surface normal      symbols in      tangent and cotangent trigonometric identities      tangential acceleration  2nd      tangential velocity  2nd      torque      trigonometric functions  2nd  3rd  4th      unit circle trigonometric identity  2nd      vector addition      vertical components of projectiles  2nd      weight  2nd      work  2nd  framerate     changes in  frames     displacement between  2nd          example 8.2  2nd      instantaneous velocity in (example 8.4)  2nd  free-body diagrams  2nd  3rd  4th  5th      calculating net force in 2D (example 11.6)  2nd  3rd  4th  friction      calculating (example 11.5)  2nd      coefficient of friction  2nd  3rd      combined with normal force  2nd      kinetic friction  2nd  3rd      modifying conservation of mechanical energy law  2nd          example 12.8  2nd      static friction  2nd  3rd  functions     C++ trig functions      pow()      powf()      printMatrix()      sqrt()      sqrtf()  fundamental period  2nd  [See also period]

< Day Day Up >