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Assignment 3 (Chapter 2: Differentiation) 1 Assignment 3 (Chapter 2: Differentiation) Due date: Wednesday 21 st May 2008 Q1. Find an equation for the line perpendicular to the tangent to the curve 1 2 2 + = x x y at the point (0,1). Q2. Given u y ln = and 2 ) 2 ln 2 (tan x x u + = , find dx dy . Q3. Find ) ( x f : 1) 2 2 ) ln ( ) ( x x e x f + = 2) 4 ) 2 sin( 2 ) ( x x f + = 3) + = 1 2 tan ) ( x x x f 4) )] cos[ln(sin ) ( 4 x x f = Q4. Use implicit differentiation to find y : 1) 2 2 2 ) ( y x y x x + = + 2) π = + ) sec( xy x 3) x y e y x = ln 2 Q5. Find the tangent line to the curve π π = + y xy cos 2 at the point ) 2 / , 1 ( π .

Calculus 1 Assignment 1

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Page 1: Calculus 1 Assignment 1

Assignment 3 (Chapter 2: Differentiation) 1

Assignment 3 (Chapter 2: Differentiation) Due date: Wednesday 21st May 2008

Q1. Find an equation for the line perpendicular to the tangent to the curve

122 +−= xxy at the point (0,1).

Q2. Given uy ln= and 2)2ln2(tan xxu += , find dxdy .

Q3. Find )(xf ′ :

1) 22 )ln()( xxexf +=

2) 4 )2sin(2)( xxf +=

3) ⎟⎟⎠

⎞⎜⎜⎝

⎛+

=12

tan)(xxxf

4) )]cos[ln(sin)( 4xxf =

Q4. Use implicit differentiation to find y′ :

1) 222)( yxyxx +=+ 2) π=+ )sec(xyx 3) xye yx =− ln

2 Q5. Find the tangent line to the curve ππ =+ yxy cos2 at the point )2/,1( π .