Math 1205 Solutions: Derivatives and Curve Analysis - Prof. Margaret P. Mcquain, Assignments of Calculus

Solutions to various problems on derivatives, including finding dp, dz, dk, and dy, as well as determining the equation of a tangent line and showing that a curve has no tangent line with a given slope. It also includes a problem on an elastic band and the equation of its position.

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Pre 2010

Uploaded on 02/13/2009

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Math 1205 solutions Derivatives:
32
2
8
9
23
22 23
2
2
dp
1) Find ,
dq
dp
32
dq
dz
2) Find , z
dy
dz 8
dy
dk
3) Find ,
dh 2
dk 3 ( 2) (1)
dh ( 2)
df( ) sin
4) Find , f( ) tan
dcos
df( )
sec
d
5) Fi
y
y
paq bq
Ans aq bq
ABe
y
A
Ans Be
y
mhp
kh
mhph mhp
Ans h
Ans
θθ
θθ
θθ
θθ
θ
=+
=+
=+
=+
=
+
+−
=
+
==
=
2
3
2
dy
nd , tan sec
d
dy
tan sec tan sec sec
d
6) Show that the curve y = 6x 5 3 has no tangent line with slope 4.
dy 1
18 5 4, which is undefined
dx 18
7) An elastic band is hung on a h
y
Ans
x
Ans x x
θθ
θ
θθ θ θ θ
θ
=
=+
+−
=+==
ook and a mass is hung on the lower
end of the band. When the mass is pulled downward and then released,
it vibrates vertically. The equation of position of the mass at any time t seconds
is given to
/
be s = 2cos(t) + 3sin(t) centimeters. Find the velocity at t = .
Ans 2sin( ) 3 cos( )sv t t
π
== +

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Math 1205 solutions Derivatives:

3 2

2

8

9

2 3

2 2 2 3

2

2

dp

  1. Find , dq

dp 3 2 dq

dz

  1. Find , z dy

dz 8

dy

dk

  1. Find , dh 2

dk 3 ( 2) (1)

dh ( 2)

df( ) sin

  1. Find , f( ) tan d cos

df( ) sec d

  1. Fi

y

y

p aq bq

Ans aq bq

A

Be y

A

Ans Be y

m h p k h

m h p h m h p Ans h

Ans

2

3

2

dy nd , tan sec d

dy tan sec tan sec sec d

  1. Show that the curve y = 6x 5 3 has no tangent line with slope 4.

dy 1 18 5 4, which is undefined dx 18

  1. An elastic band is hung on a h

y

Ans

x

Ans x x

ook and a mass is hung on the lower

end of the band. When the mass is pulled downward and then released,

it vibrates vertically. The equation of position of the mass at any time t seconds

is given to

/

be s = 2cos(t) + 3sin(t) centimeters. Find the velocity at t =.

Ans s v 2sin( ) t 3cos( ) t