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###### 6rMO 83OMeHoHOOMe

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##### 1. (2 pts) The graph of a function f defined on (=0. +0)_ is given beouy=f(x)Based on the graph of f, find the domain of f'_ the derivative of f Write your answer in interval notation.ANSWER: Domain of f'=
1. (2 pts) The graph of a function f defined on (=0. +0)_ is given beou y=f(x) Based on the graph of f, find the domain of f'_ the derivative of f Write your answer in interval notation. ANSWER: Domain of f'=...
##### Man][email protected] KuonenenemHwaz0Probem 5.13Conser ttattam *noa St a4 u73n70S "7Pu AUntrin'curtonont 0trodcin 4lnolabunCiplellAnanecnotthne emnncanamquteIncludoaparcanate undeValueUnitsSimtAeuunantenPant BDu T4EDurouonEinmena VclLair] [tHrlcang I0lea4quled DiCoMmuERrune aTetArncFoace FecobiF17ue
Man] Aycunalotn [email protected] ntins Kuonenenem Hwaz0 Probem 5.13 Conser ttattam *noa St a4 u7 3n70S "7 Pu A Untrin 'curtonont 0trodcin 4l nolabun Ciplell Ananecnotthne emnncanamqute Includo aparcanate unde Value Units Simt Aeuunanten Pant B Du T4E Du rouon Einmena Vcl Lair] [t Hrlcang I0lea 4qule...
##### Random sample of 300 new fiber-optic cables was categorized according to X the number of times trunsmission errors occur during ten scconds duration of communication testing: Based on the summary of the information shown in the following Table [Sampel rawak daripaka JO0 kabel optik-fiber Jung baru dikategori mengikut bilanyun Asilapan transmtisi yang berlatu PHtro (empoh sepuluh saat ujian tomunikas Berdasarkan ringkasan maklumat Yang ditunjukkan dalam Jadual berikut ]Table Tranmission Err
random sample of 300 new fiber-optic cables was categorized according to X the number of times trunsmission errors occur during ten scconds duration of communication testing: Based on the summary of the information shown in the following Table [Sampel rawak daripaka JO0 kabel optik-fiber Jung ba...
##### (0, #){{*,Y) =f(x,Y) ={{*,Y) = cos(x) cos(y) 4i=u(iv) f(xY) (2 +72)[ og(r? _ +Y2){(~,Y)f(x,Y) ={{*,Y)cos(x) cos(y)(iv) f(xY) (2 +72)[ og(r? _ +Y2)
(0, #) {{*,Y) = f(x,Y) = {{*,Y) = cos(x) cos(y) 4i=u (iv) f(xY) (2 +72)[ og(r? _ +Y2) {(~,Y) f(x,Y) = {{*,Y) cos(x) cos(y) (iv) f(xY) (2 +72)[ og(r? _ +Y2)...
##### Section 3.4 Repeated Roots: Problem 7Previous ProblemProblem ListNext Problempoint) Find y as a function of â‚¬ if10y' + 25y' = 0,y(0) 14, y (0) = 8, y" (0) = 25, y"" (0) = 0. y(z)
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##### Express the following series as a telescoping sum and evaluate its nth partial sum.$$sum_{n=2}^{infty} frac{ln left(1+frac{1}{n}ight)}{ln n ln (n+1)}$$
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##### "hat 5iz2 depos t must be mad; into an Hccdun eatning 3o0 Interasl, compounded conunuougiy FODe WonaE20 Yeans? Round Your Ansee the nedrest cent,
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##### Air flows steadily through an adiabatic turbine, entering at 150 psia, $900^{\circ} \mathrm{F}$, and $350 \mathrm{ft} / \mathrm{s}$ and leaving at 20 psia, $300^{\circ} \mathrm{F}$, and $700 \mathrm{ft} / \mathrm{s}$. The inlet area of the turbine is $0.1 \mathrm{ft}^{2} .$ Determine $(a)$ the mass flow rate of the air and $(b)$ the power output of the turbine.
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