H.W Find the derivative of 2 Integrate Find the volume given by Find the derivative of (DO IT) Integrate Integrate Evaluate (Show all your work) Find the arc length of the graph of on the interval [0,...

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H.W

  1. Find the derivative of

    2


  2. Integrate

  3. Find the volume given by

  4. Find the derivative of

    (DO IT)


  5. Integrate

  6. Integrate

  7. Evaluate

    (Show all your work)


  8. Find the arc length of the graph of on the


interval [0, 1]

  1. Integrate

  2. Given that the function f(x) =has


an inverse function g, compute

  1. Integrate

  2. Integrate Use IBP Method

  3. Use the
    DISK
    method to find the volume of the solid of revolution


generated by revolving the region bounded by the graph of from x = 0 to x = 4 around the x axis.


  1. A particle moves along the x-axis so that its position at any time


t is . What is the velocity of the particle
when t= 16?
{Note that velocity is the derivative of the position function x(t)}.15.

  1. Integrate (Do it.
    Do not just write down the




formula).


  1. A power cable suspended between two poles takes the shape of


a catenary whose equation is given by where
Find the length of the cable, if x and y are in



  1. Find the derivative of






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H.W Find the derivative of y=cos-1x2 Integrate coth18x dx Find the volume given by V=p01(ex)2dx Find the derivative of y=sinh x (DO IT) Integrate logx dx Integrate x(x-2)(x-1)3 Evaluate 1e1-lnxxdx (Show all your work) Find the arc length of the graph of y=423x32 -1 on the interval [0, 1] Integrate x2ex dx Given that the function f(x) = 2x+cosx has an inverse function g, compute g/(1) Integrate x(1+1x)3 dx Integrate x5x dx Use IBP Method Use the DISK method to find the volume of the solid of revolution generated by revolving the region bounded by the graph of fx= x from x = 0 to x = 4 around the x axis. A particle moves along the x-axis so that its position at any time t =0 is t=tan-1t . What is the velocity of the particle when t= 16? {Note that velocity is the derivative of the position function x(t)}.15. Integrate secx dx (Do it. Do not just write down the formula). A power cable suspended between two poles takes the shape of a catenary whose equation is given by y=12coshx12 where -18=x=18. Find the length of the cable, if x and y are in meters. Find the derivative of y=tan-1x



Answered Same DayDec 21, 2021

Answer To: H.W Find the derivative of 2 Integrate Find the volume given by Find the derivative of (DO IT)...

David answered on Dec 21 2021
122 Votes
Question 1





√ [ ]



Question 2

Consider y = 18x


Put this value in the above integration











| |



| |
Question 3

Consider

[


]
[


]
Question 4
y = sin hx




(


)


[



]


[ ]

Question 5


By IBP method




Question 6




∫[

...
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