## Question

###### Find the dimensions 0l the open rectangular box of maximum volurne that can be made comers and folding up Ihe sides. Then find the volumte sheet of cardboard 19i by 11 in by cutting congruent squares from The dimensions box of maximum volumo (Round ta Ihe nearest hundredth needed. Use commz ~cpaiale ans Bl? needed ) The maximum volume (Round the nearest hundredth a3 needed )

Find the dimensions 0l the open rectangular box of maximum volurne that can be made comers and folding up Ihe sides. Then find the volumte sheet of cardboard 19i by 11 in by cutting congruent squares from The dimensions box of maximum volumo (Round ta Ihe nearest hundredth needed. Use commz ~cpaiale ans Bl? needed ) The maximum volume (Round the nearest hundredth a3 needed )

## Answers

#### Similar Solved Questions

5 answers

##### (3) EVALUE la integral triple SSsdonde1nteriol de la esferaEvaluate the triple integral where "Q" is the interior of a shere X"2 ty 2 +2*2-9

(3) EVALUE la integral triple SSs donde 1nteriol de la esfera Evaluate the triple integral where "Q" is the interior of a shere X"2 ty 2 +2*2-9...

2 answers

##### (2) Consider the following relation defined on the set of integers Z:For n,m â‚¬ z, nRm if Jk â‚¬ Z with n - m = 3k Note: This is sometimes called "equivalence modulo 3" and the short-hand notation for it is as follows: n =m (mod 3) if n -m = 3k, for some k e z (a) Show that R is an equivalence relation.

(2) Consider the following relation defined on the set of integers Z: For n,m â‚¬ z, nRm if Jk â‚¬ Z with n - m = 3k Note: This is sometimes called "equivalence modulo 3" and the short-hand notation for it is as follows: n =m (mod 3) if n -m = 3k, for some k e z (a) Show that R is ...

4 answers

##### The following series are geometric series or a sum of two geometric series Determine whether each series converges or not: For the series which converge; enter the sum of the series. For the series which diverges enter 'DIV" (without quotes): 9" n=L (b) 3 2 3" (c) 52n+1 2 9 (d) 10n 2 6"n e) 6"+4 9n + 3n 2 10n

The following series are geometric series or a sum of two geometric series Determine whether each series converges or not: For the series which converge; enter the sum of the series. For the series which diverges enter 'DIV" (without quotes): 9" n=L (b) 3 2 3" (c) 52n+1 2 9 (d) 1...

5 answers

##### Which has iorce spring from height of 0.210 m above the top of the spring 7 . A 2.80 kg block is dropped onto distance (in meters) the spring will be compressed (neglecting friction): constant k 1640 Nlm: Find the maximum

which has iorce spring from height of 0.210 m above the top of the spring 7 . A 2.80 kg block is dropped onto distance (in meters) the spring will be compressed (neglecting friction): constant k 1640 Nlm: Find the maximum...

5 answers

##### Find the point on the sphere (X + 3)2 +y2 + (2+6)2 = 16 nearest to a. the Xy-plane b. the point (9,0, 6)

Find the point on the sphere (X + 3)2 +y2 + (2+6)2 = 16 nearest to a. the Xy-plane b. the point (9,0, 6)...

5 answers

##### (4t + 3) sin Qp + 30) , s(0) = -3 (2p2 + A) s =-coS 3t) - 2 C) $ = ~co(4t + 3)-2B) $ = sin (2/2 + 30) - 3 D) s = cOs (202 += 3t)

(4t + 3) sin Qp + 30) , s(0) = -3 (2p2 + A) s =-coS 3t) - 2 C) $ = ~co(4t + 3)-2 B) $ = sin (2/2 + 30) - 3 D) s = cOs (202 += 3t)...

5 answers

##### CRDETAILSVtMY HOTESASK YOuR TEACHERPAAcTICE ArothLRFutuuanuncuttteraatate (utecutetctolt tetitsFaramd KhnaanLeedUreeeatosnnNotecIkyour TeacherPaACcE AHothnaFkldaFonnAelcon;DenuiUnane quncuon4noJuc0t FanTfe Ine gentHotpirte nnoonMuncuon $ Ouconinontotogenc old{07"[;AnnenelnnaeLKee]DETAIS4870*co]A NotesAGnioaTaacker{pracng ANOTHHEAcmportnhnttan;Iinbit Inter'culxdr&htr]ldrnbly [uncboe004"MPrnnnannDe8sd

CR DETAILS Vt MY HOTES ASK YOuR TEACHER PAAcTICE ArothLR Futu uanuncuttt eraatate (utecutet ctolt tetits Faramd Khnaan Leed Ureeeatosnn Notec Ikyour Teacher PaACcE AHothna Fkl da Fonn Aelcon;Denui Unane quncuon4no Juc0t Fan Tfe Ine gentHot pirte nnoon Muncuon $ Ouc oni nontotogenc old {07"[; An...

3 answers

##### (1 point) Consider the initial value problemifo < t < 1 y + 4y = 10 if1 <t < 6 if6 < t < 0,y(0) = 7.a. Take the Laplace transform of both sides of the given differential equation t0 create the corresponding algebraic equation: Denote the Laplace transform of y(t) by Y(s). Do not move any terms from one side of the equation to the other (until you get to part (b) below):help (formulas)b. Solve your equation for Y(8).Y(s) = C {y(t)}Take the inverse Laplace transform of both sides

(1 point) Consider the initial value problem ifo < t < 1 y + 4y = 10 if1 <t < 6 if6 < t < 0, y(0) = 7. a. Take the Laplace transform of both sides of the given differential equation t0 create the corresponding algebraic equation: Denote the Laplace transform of y(t) by Y(s). Do not...

5 answers

##### Prove or disprove that, (A n B) U (A n BC) = Afor all sets A and B.

Prove or disprove that, (A n B) U (A n BC) = A for all sets A and B....

5 answers

##### 01.4 1 PointFind fxiA(2,y) I + 1/2I + 1I + 2 2/3 + 1/6 2/3 + 2/3Save Answer

01.4 1 Point Find fxiA(2,y) I + 1/2 I + 1 I + 2 2/3 + 1/6 2/3 + 2/3 Save Answer...

5 answers

##### Ceraln catalyZe0 redctionKnoknactivalicn @neo~inci_ Funncimoc(cemuanMeasucedJadhqucsJ0' M/s Usc this information neirQucztcngIne tabemnaconcentnnttrestantsReceee= ame Bi [T= [emperalure & @4e0 Di S%ticm 36s [058CchaenW ECu57Cldc TCJccn EnanactFnnececcntenbulant Teroenm ctal rcnovto_ ened 0i acteon eico S0 Jca6m D EOltc 16.& *J molAlne Nttinen EeataneM Fale ^ Ireadocn change?

ceraln catalyZe0 redction Knokn activalicn @neo ~inci_ Funncimoc (cemuan Measuced Jadhqucs J0' M/s Usc this information neir Qucztcng Ine tabemna concentnnt trestants Receee= ame Bi [T= [emperalure & @4e0 Di S%ticm 36s [058 Cchaen W ECu57 Cldc TCJccn Enanact Fnnece ccntenbulant Teroenm ctal...

5 answers

##### Data was collected for 264 randomly selected 10 minute Intervals. For each ten-minute number of people entering the atrium ofa interval; the table below: large mall were recorded. The data is summarized in theNumber 0{ Guests 220 - 239 240 259 260 279 280 299 300 319FrequencyWhat Is the class width for this GFDT?Class width =

Data was collected for 264 randomly selected 10 minute Intervals. For each ten-minute number of people entering the atrium ofa interval; the table below: large mall were recorded. The data is summarized in the Number 0{ Guests 220 - 239 240 259 260 279 280 299 300 319 Frequency What Is the class wid...

5 answers

##### Let X ~ Geo(p). a Find M_(t)_ b Use M_ (t) to find E(X) C Use M, (t) to find V(X)

Let X ~ Geo(p). a Find M_(t)_ b Use M_ (t) to find E(X) C Use M, (t) to find V(X)...

5 answers

##### Solve for =:Tr _ 6 > 0Type "inf" and "-inf" for o and respectively: Type the capital letter "U" to represent the union symbol U.The steps below are provided to assist You with the process of finding the correct solution, or you may skip to the bottom and enter your final answer for full creditIdentify rootsCr2 T1 6 has root(s) at =Use interva notation to represent the separate intervals where6 will be non-zero:Test each intervalSolve inequalities by interpreting

Solve for =: Tr _ 6 > 0 Type "inf" and "-inf" for o and respectively: Type the capital letter "U" to represent the union symbol U. The steps below are provided to assist You with the process of finding the correct solution, or you may skip to the bottom and enter you...

5 answers

##### QUESTiOn 6A plane is flying horizontally over lookout post as shown below:The height of the plane above the ground is exactly 1200 meters at all times (hence why it is flying horizontally). a) Ifd is the distance the ookout post is from the plane and x is the distance from the plane to a spot that is precisely above the lookout post, what is the value of when the plane and the ookout post are 1300 meters apart? (3 points) b) Suppose the plane is flying horizontally at. rate of 260 meters per sec

QUESTiOn 6 A plane is flying horizontally over lookout post as shown below: The height of the plane above the ground is exactly 1200 meters at all times (hence why it is flying horizontally). a) Ifd is the distance the ookout post is from the plane and x is the distance from the plane to a spot that...

1 answers

##### Graph both the sequence of terms and the sequence of partial sums on the same screen. Use the graph to make a rough estimate of the sum of the series. Then use the Alternating Series Estimation Theorem to estimate the sum correct to four decimal places. $ \displaystyle \sum_{n = 1}^{\infty} (-1)^{n-1} \frac {n}{8^n} $

Graph both the sequence of terms and the sequence of partial sums on the same screen. Use the graph to make a rough estimate of the sum of the series. Then use the Alternating Series Estimation Theorem to estimate the sum correct to four decimal places. $ \displaystyle \sum_{n = 1}^{\infty} (-1)^...

5 answers

##### Nervous System HomeworkSend the completed assignment t0 your instructor via email.Describe how nerve impulse travels through a sensory neuron in the correct direction I0 Simulale an intemeuron; Use the following structures and terms involved: a) neuron b)axon, dendrite. d) axon terminal â‚¬) action potential f) neurotransmitter; g) synapse, j) synaptic vesicles; h) sodium ions and potassium ions stimulus2. Describe the path of light through the eve t0 the optic nerve, by listing the structures

Nervous System Homework Send the completed assignment t0 your instructor via email. Describe how nerve impulse travels through a sensory neuron in the correct direction I0 Simulale an intemeuron; Use the following structures and terms involved: a) neuron b)axon, dendrite. d) axon terminal â‚¬) a...

5 answers

##### Find the exact length of the curve 6t2_ Y = 7 4t3 _0 <t < 1Need Help?Eiudlath

Find the exact length of the curve 6t2_ Y = 7 4t3 _ 0 <t < 1 Need Help? Eiudl ath...

5 answers

##### [-/3 Points]DETAILSOSCOLPHYS2O16 7.4.WA.029.MY NOTESASK YOUR TEACHERPRACTICE ANOTHERYou have light spring which obeys Hooke's law. This spring stretches 2.34 cm vertically when 2.40 kg object is suspended from it. Determine the following-the force constant of the spring (in N/m) Nfmthe distance (in cm) the spring stretches if you replace the 2.40 kg object with 1.20 kg objectcmthe amount of work (in J) an external agent must do to stretch the spring 7.50 cm from its unstretched positionAddi

[-/3 Points] DETAILS OSCOLPHYS2O16 7.4.WA.029. MY NOTES ASK YOUR TEACHER PRACTICE ANOTHER You have light spring which obeys Hooke's law. This spring stretches 2.34 cm vertically when 2.40 kg object is suspended from it. Determine the following- the force constant of the spring (in N/m) Nfm the ...

5 answers

##### Usc tno Icret Equere Ieenae Fetetetan amntro (cotttton t uaenthal 54 LSlhree deumal nun |atuldouGichiconanaoluenaahta Inoote (In +0o041 (Roct tera demiled $ duttlnt Catn lat Llnart FihaJjuilrue0lLalauo Icbunddetlinal WerradPredic (4rVnoautIund catoayer calned Ier Id eeuonsIoraoa

Usc tno Icret Equere Ieenae Fetetetan amntro (cotttton t uaenthal 54 LSlhree deumal nun | atuldou Gichiconan aoluenaahta Inoote (In +0o041 (Ro ct tera demiled $ duttlnt Catn lat Llnart Fih aJjuilrue0l Lalauo Icbund detlinal Werrad Predic (4r Vnoaut Iund catoayer calned Ier Id eeuons Ioraoa...