1. The graph of a function f is given above. Answer the question: a. Find the value(s) of x where f is not differentiable. Ans: x = 4, x = 3, x = 2,


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1 1. The graph of a function f is given above. Answer the question: a. Find the value(s) of x where f is not differentiable. x = 4, x = 3, x = 2, x = 1, x = 1, x = 2, x = 3, x = 4, x = 5 b. Find the value(s) of x where f is not differentiable but is continuous. x = 2, x = 3 c. Find the value(s) of x where f is not continuous, but has a limit. x = 1, x = 4 d. Find the value(s) of x where f does not have a limit. x = 4, x = 3, x = 1, x = 2, x = 5
2 2. The graph of a function f is given above. Answer the question: a. Find the value(s) of x where f is not differentiable. x = 5, x = 4, x = 3, x = 2, x = 1, x = 1, x = 2, x = 3 x = 4, x = 5 b. Find the value(s) of x where f is not differentiable but is continuous. x = 1, x = 2, x = 3, x = 4 c. Find the value(s) of x where f is not continuous, but has a limit. x = 5, x = 3, x = 1 d. Find the value(s) of x where f does not have a limit. x = 4, x = 2, x = 5
3 3. Find f (x), or, as appropriate: dx a. f(x) = 3 f (x) = 0 b. f(x) = 4x + 1 f (x) = 4 c. f(x) = 2x 2 3x + 1 f (x) = 4x 3 d. f(x) = 3x3 4 f (x) = 9 4 x2 e. f(x) = x 1 f (x) = 1 2 x f. f(x) = x x x f (x) = 5 2 x3/ x x g. f(x) = e x f (x) = e x h. f(x) = e f (x) = 0 i. f(x) = 3xe x f (x) = 3e x + 3xe x x + 1 j. y = 3x 4 dx = (3x 4)( 1 2 x ) ( x + 1)(3) (3x 4) 2 = 3x 6 x 4 (3x 4) 2 (2 x) k. y = (4x + 3) 3 dx = 3(4x + 3)2 (4) = 12(4x + 3) 2 l. y = (x 2 3x 2) 5 dx = 5(x2 3x 2) 4 (2x 3) m. f(x) = 4x 3 2x 2 + 4x + 5 f (x) = n. f(x) = e 3x 1 f (x) = 3e 3x 1 o. y = e x2 dx = 2 2xex p. y = ln x dx = 1 x q. y = ln(x 2 + 4x 1) 12x 2 4x x 3 2x 2 + 4x + 5 = 6x 2 2x + 2 4x3 2x 2 + 4x + 5
4 dx = 2x + 4 x 2 + 4x 1 r. y = ln 1 x dx = 1 x s. y = ln(ln x) dx = 1 x ln x t. y = 1 ln x dx = 1 x(ln x) 2 u. y = sin x f (x) = cos x ( ) 3π v. f(x) = sin 4 f (x) = 0 w. f(x) = 3x sin x + sin x cos x f (x) = 3 sin x + 3x cos x + cos 2 x sin 2 x x. f(x) = 3x 2 e x + 4x tan x f (x) = 6xe x + 3x 2 e x + 4x sec 2 x + 4 tan x y. f(x) = sin x cos xe x f (x) = sin x cos xe x sin 2 xe x + cos 2 xe x z. y = 3x 2 sin x cos xe x dx = 6x sin x cos xex + 3x 2 cos 2 xe x 3x 2 sin 2 xe x + 3x 2 sin x cos xe x aa. y = e 4 sin(x2 1) sin(x = 2 1) ( e4 4 cos ( x 2 1 ) 2x ) = 8xe 4 1) ( sin(x2 cos ( x 2 1 )) dx bb. y = 3ex sin x cos x 4e x dx = (cos x 4ex )(3e x cos x) (3e x sin x)( sin x 4e x ) (cos x 4e x ) 2 = (cos x 4ex )(3e x cos x) + (3e x sin x)(sin x + 4e x ) (cos x 4e x ) 2 cc. y = 9x2 e x + 4x cos x 2 sin x + xe x (2 sin x + xe x )[9(2xe x + x 2 e x ) + 4(cos x x sin x)] = dx (2 sin x + (9x2 e x x e + 4x cos x)(2 cos x + 2 x + xe x ) xe x ) 2 (2 sin x + xe x ) 2 dd. y = ex sin x x cos x 3x cos x + 4xe x dx = (3x cos x + 4xex )(e x cos x + e x sin x cos x + x sin x) (3x cos x + 4xe x ) 2 (ex sin x x cos x)[3(cos x x sin x) + 4e x + 4xe x ] (3x cos x + 4xe x ) 2 ee. f(x) = sin(3x 2 + 1) f (x) = 6x cos(3x 2 + 1) ff. f(x) = cos (sin (4x 2)) f (x) = 4 sin(sin(4x 2))(cos(4x 2)) gg. y = sin(e 3x )
5 dx = cos ( e 3x) 3e 3x hh. f(x) = sin(4x) f (x) = 4 cos 4x ii. y = sin 3 x dx = 3 sin2 x cos x jj. y = cos 4 (x 2 + 1) dx = 8x cos3 (x 2 + 1)(sin(x 2 + 1)) kk. y = e cos2 x 1 = 2 sin x cos 2 x 1 xecos dx ll. f(x) = tan 3 ( e 2x 1) f (x) = 6 tan 2 (e 2x 1 )(sec 2 (e 2x 1 ))(e 2x 1 ) mm. f(x) = cos(2x 3 4)e cos x f (x) = e cos x ( sin(2x 3 4)(6x 2 )) + cos(2x 3 4)(e cos x )( sin x) nn. f(x) = x tan(x 2 + 1)e 3x f (x) = tan(x 2 + 1)e 3x + x[sec 2 (x 2 + 1)(2x)e 3x + 3e 3x tan(x 2 + 1)] oo. f(x) = x 2 e sin x2 + e x sin(cos(3x 1)) f (x) = 2xe sin(x2) + x 2 (e sin(x2) )(cos(x 2 ))(2x)+ e x (cos(cos(3x 1)))( sin(3x 1)(3)) + sin(cos(3x 1))e x pp. y = e + 3xex2 2 e 4 sin x cos 2 x dx = (e 4 sin x cos2 x)[3xe x 2 2 (2x) + 3e x2 2 ] (e + 3xe x2 2 )[ 4 cos 3 x + 8 sin 2 x cos x] (e 4 sin x cos 2 x) 2 qq. y = tan 5 ( sec 3 ( x )) dx = 5 ( tan4 sec 3 ( x )) sec 2 ( sec 3 ( x )) 3 sec 2 ( x ) sec ( x ) tan ( x ) (2x) rr. y = arccos x dx = 1 1 x 2 ss. y = sin 5 ( e 3π+5 + 4e 3) x 2 dx = 2 sin5 ( e 3π+5 + 4e 3) x tt. y = arcsin(x 2 5x + 1) dx = 2x 5 1 (x2 5x + 1) 2 uu. y = arctan 2 (ln 3x) vv. y = dx = 2 arctan(ln(3x)) 1 x[1 + (ln(3x)) 2 ] ln(3x) sin(ln x 2 ) dx = sin(ln x2 ) 1 x ln(3x)(cos(ln(x2 )) 2 x ) (sin(ln(x 2 ))) 2 ww. y = 3e4x sin 1 (3x 2 + 1) ln x sin 5x + 3x 2 cos 2 x
6 dx = ( ) (ln x sin(5x) + 3x 2 cos 2 x)[12e 4x (sin 1 (3x 2 + 1) + 3e 4x 6x 1 (3x 2 +1) 2 (ln x sin(5x) + 3x 2 cos 2 x) 2 (3e 4x sin 1 (3x 2 + 1)) [ 1 x sin(5x) + 5 ln x cos(5x) + 3(2x cos2 x 2x 2 cos x sin x) ] (ln x sin(5x) + 3x 2 cos 2 x) 2 4. Find the equation of the line tangent to the given function f at the given point x = a: a. f(x) = 2, a = 3 y = 2 b. f(x) = 5x 1, a = 2 y = 5x 1 c. f(x) = x 2 2x + 4, a = 1 y = 3 d. f(x) = ln x, a = 3 y ln 3 = 1 (x 3) 3 e. f(x) = e 3x, a = 2 y 1 e 6 = 3 (x + 2) e6 f. f(x) = xe x ln 4x, a = 1 y (e ln 4) = (2e 1)(x 1) g. f(x) = sin x, a = π 6 y 1 2 = 3 2 ( x π ) 6 5. a. Define a function that has a left and right handed limit at a point a, but f does not have a limit at a. b. Define a function that has a limit at a point b but is undefined at b. c. Define a function that has a limit at point c, is defined at c, but is discontinuous at c. d. Define a function that is continuous at point d but is not differentiable at d. e. Define a function that is first differentiable at point p but is not second differentiable at point p. f. Draw the graph of a function which has all of the properties in a, b, c, d, e, above. There are more than one correct answer. The function defined below satisfies all conditions a through e: 3 if x 2 2 if 2 < x < 1 f(x) = sin x x if 1 x < 1 x 2 4 x 2 if 1 x < 3, x 2 5 if x = 2 3 x 4 if 3 x 5 3 (x 6) 4 if 5 < x
7 lim f(x) = 3 x 2 lim f(x) = 2 x 2 + lim f(x) Does not exist. x 2 lim x 0 f(x) = 1, f(0) is undefined. 10 lim f(x) = 4, f(2) = 5, f is discontinuous at 5. x 2 9 f is continuous at x = 4 but not differentiable at 4. f is first differentiable at x = 6 but 8 not second differentiable at 6. The graph of f is drawn below y Think About: 6 a. Given the graph of the original function f(x), how can you draw the graph of its derivative, f (x)? b. Given the graph of the derivative 7 of a function, f (x), how can you draw the graph of the original function, f(x)? Find dx a. y sin x = x cos y by implicite differentiation: 9 cos y y cos x = dx sin x + x sin y b. x 2 y + y 2 x = 5 2xy y2 = dx x 2 + 2xy c. 2y 4x sin x = e y 4 sin x + 4x cos x = dx 2 e y
8 d. ln(xy) + x y = 1 dx = y2 xy xy x 2 e. e xy + ln(x + y) = 2xy dx = 2y(x + y) yexy (x + y) 1 2x(x + y) + xe xy (x + y) Find f (x) and f (x): a. f(x) = 4 f (x) = 0 f (x) = 0 f (x) = 0 b. f(x) = 3x 2 f (x) = 6x f (x) = 6 f (x) = 0 c. f(x) = e x f (x) = e x f (x) = e x f (x) = e x d. f(x) = ln x f (x) = 1 x f (x) = 1 x 2 f (x) = 2 x 3 e. f(x) = x2 + 1 x 1 f (x) = x2 2x 1 (x 1) 2 f 4 (x) = (x 1) 3 f (x) = 12 (x 1) 4 f. f(x) = x f (x) = 1 2 x f (x) = 1 4 x 3 f (x) = 3 8 x 5 g. f(x) = x 5/4 f (x) = 5 4 x1/4 f (x) = 5 16 x 3/4 f (x) = x 7/4 h. f(x) = arccos x f 1 (x) = f x (x) = 1 x 2 (1 x 2 ) f (x) = (1 x 2 ) 3/2 3x 2 (1 x 2 ) 5/2 3/2 i. f(x) = sin x f (x) = cos x f (x) = sin x f (x) = cos x j. f(x) = e sin x f (x) = cos xe sin x f (x) = e sin x (cos 2 x sin x) f (x) = e sin x (cos 3 x 3 sin x cos x cos x) 9. Find the linearization of the given function at the given point a: a. f(x) = 2x 3, a = 2 L(x) = 2x 3, the linearization of a line is itself. b. f(x) = 2x 3, a = 4 L(x) = 2x 3, the linearization of a line is itself. c. f(x) = 2x 3, a = 10 L(x) = 2x 3, the linearization of a line is itself. d. f(x) = 4x 2 x + 3, a = 1 L(x) = 9x 1
9 e. f(x) = sin x, a = 0 L(x) = x f. f(x) = cos x, a = π ( L(x) = 2 x π ) 2 4 g. f(x) = e x, a = 0 L(x) = x + 1 h. f(x) = e x, a = 1 L(x) = e + e(x 1) i. f(x) = ln x, a = 1 L(x) = x 1 j. f(x) = ln x, a = 2 L(x) = (ln 2) + 1 (x 2) 2 k. f(x) = arctan x, a = 0 L(x) = x
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