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Derivatives Diff’ability Physics Inverse Functions Exponential & Logs Special Rules
Derive: y = tan x A 100
dy/dx = sec 2 x A 100
A 200
A 300 Write the definition of the derivative.
A 300
Write the equation of the tangent line to the graph of f (x) if f (2) = 1 and f ’(2) = 5 A 400
y – 1 = 5(x – 2) A 400
Sketch f ’(x) given f (x). A 500 f (x)
A 500 f ‘ (x)
Find f ’(x). f (x) = xcosx B 100
f ’ (x) = cosx – xsinx B 100
B 200
B 300
Find y”. y = tan x B 400
B 500
(0,1) B 500
True or False. If f has a derivative at x = a, then f is continuous at x = a. C 100
TRUE C 100
True or False. If f is continuous at x = a, then f has a derivative at x = a. C 200
FALSE C 200
C 300
(- ,-2) (-2,2) (2, ) C 300
DAILY DOUBLE C 400 DAILY DOUBLE Place A Wager
C 400
x = 2 C 400
C 500
The derivative of position D 100
Velocity
Derivative of Velocity D 200
Acceleration
D 300 Derivative of Acceleration (or the person next to you)
D 300 Jerk
D nd derivative of position
Acceleration D 400
A particle not moving means… D 500
Velocity is zero D 500
E 100
E 200
If f (2) = 3 and f ’(2) = 7 and g(x) = f -1 (x), find g’(3). E 300
If f (1) = 6, f (6) = 5, f ’(1) = 3, f ’(6) = 4 and g(x) = f -1 (x), find g’(6). E 400
If f (2) = 5, f (6) = 2, f ’(2) = 3, f ’(6) = 4 and g(x) = f -1 (x), find the equation of the tangent line of g(x) at x = 2. E 500
F 100
F 200
F 300
F 400
F 500
y = x – F 500
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