index_A

[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]

acceleration   2nd   3rd  
       angular acceleration
               example 14.6   2nd  
       average acceleration   2nd   3rd   4th  
               example 9.4   2nd  
               graphing   2nd   3rd   4th  
       average angular acceleration   2nd   3rd  
               example 14.2   2nd  
       calculating (example 8.5)   2nd  
       deceleration
               calculating (example 8.6)   2nd  
       equations of motion   2nd   3rd   4th   5th   6th   7th   8th   9th   10th  
               CD-ROM demos   2nd  
               in 2D (example 10.4)   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  
       instantaneous acceleration   2nd   3rd   4th  
               derivatives   2nd   3rd   4th   5th  
               example 9.5   2nd  
       instantaneous angular acceleration  
       Newton's Second Law  
               example 11.8  
       self-assessment   2nd   3rd  
               solutions   2nd  
        tangential acceleration   2nd  
               Wheel of Fortune example 14.5   2nd  
       units of measurement  
       vertical motion
               example 8.10   2nd  
acceleration conversion (example 7.6)   2nd  
addition
       matrix addition   2nd  
               2D translation by addition  
               2D translation by addition (example 6.1)   2nd   3rd  
               3D translation by addition  
               3D translation by addition (example 6.2)   2nd   3rd  
addition of matrices   2nd   3rd   4th   5th  
       example 5.4   2nd   3rd   4th  
       self-assessment   2nd   3rd   4th  
               solutions  
addition of vectors
       commutative law of vector addition  
       graphical addition   2nd   3rd   4th   5th   6th  
               example 4.6   2nd   3rd   4th  
       numerical addition   2nd  
               example 4.7   2nd   3rd   4th  
               in 3D   2nd  
       self-assessment   2nd   3rd  
               solutions  
affine transformations  
       CD-ROM demo   2nd   3rd   4th  
       concatenation  
               debugging combo matrices   2nd   3rd  
               rotating objects   2nd   3rd   4th   5th   6th   7th   8th  
               scaling objects (example 6.11)   2nd  
               self-assessment   2nd   3rd  
               transposing matrices   2nd   3rd   4th  
       rotating objects   2nd   3rd  
               2D rotation (example 6.9)   2nd   3rd   4th   5th   6th  
               3D rotation   2nd   3rd   4th   5th   6th   7th  
               self-assessment   2nd   3rd  
       scaling objects   2nd   3rd  
               2D differential scale (example 6.6)   2nd   3rd   4th  
               2D uniform scale (example 6.5)   2nd   3rd   4th   5th  
               3D differential scale (example 6.8)   2nd   3rd  
               3D uniform scale (example 6.7)   2nd  
               self-assessment   2nd   3rd  
       translations   2nd   3rd   4th  
               2D translation by addition  
               2D translation by addition (example 6.1)   2nd   3rd  
               2D translation by multiplication  
               2D translation by multiplication (example 6.3)   2nd   3rd  
               3D translation by addition  
               3D translation by addition (example 6.2)   2nd   3rd  
               3D translation by multiplication  
               3D translation by multiplication (example 6.4)   2nd   3rd  
               self-assessment   2nd   3rd  
air hockey
       example of Newton's First Law (example 11.7)  
air resistance
       modifying conservation of mechanical energy law   2nd  
               example 12.8   2nd  
amplitude  
       of sine wave   2nd   3rd  
angle between objects
       determining with inverse trigonometric functions   2nd  
angle of incidence  
angle of reflection  
angled force
       calculating work (example 12.2)   2nd  
angles   2nd   3rd   4th   [See also trigonometric functions]
       between vectors   2nd  
               calculating with cross product   2nd   3rd   4th  
               example 4.14   2nd  
       degrees versus radians   2nd  
               converting degrees to radians (example 3.3)  
               converting radians to degrees (example 3.4)  
       labeling  
       negative angle in standard position (example 3.2)   2nd  
       negative angles
               trigonometric identities   2nd   3rd  
       positive angle in standard position (example 3.1)   2nd  
       self-assessment   2nd  
               solutions  
angular acceleration   2nd   3rd   4th  
       example 14.2   2nd  
       example 14.6   2nd  
angular displacement   2nd   3rd   4th  
       example 14.3   2nd  
angular momentum   2nd  
angular velocity   2nd   3rd   4th  
       example 14.1   2nd  
       versus linear velocity  
animation
        keyframing animations
               average velocity  
answers to self-assessments.  
arc length  
arccosine   2nd   [See also cosine]
arcsine   2nd   [See also sine]
arctangent   2nd   [See also tangent]
       usage of (example 3.7)   2nd   3rd  
arrays   2nd   [See also matrices]
arrows (vectors)   [See graphical vector addition]2nd   [See graphical vector addition]3rd   [See graphical vector addition]4th   [See graphical vector addition]5th   [See graphical vector addition]6th   [See graphical vector addition]
average acceleration   2nd   3rd   4th  
       example 9.4   2nd  
       graphing   2nd   3rd   4th  
average angular acceleration   2nd   3rd  
       example 14.2   2nd  
average angular velocity   2nd   3rd  
       example 14.1   2nd  
average velocity   2nd   3rd   4th   5th   6th   7th   8th   9th  
       between frames (example 8.4)   2nd  
       calculating (example 8.3)   2nd  
       example 9.1   2nd  
       formulas   2nd  
       graphing   2nd   3rd   4th  
       in 3D (example 10.3)   2nd  
axis of symmetry ( parabolas )   2nd  
axis-aligned bounding boxes  
axis-aligned vector reflection   2nd  
       example 13.1   2nd