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# Q1) Find the principal value of (13 +-]...

## Question

###### Q1) Find the principal value of (13 +-]

Q1) Find the principal value of (13 +-]  #### Similar Solved Questions

#####  You pull; your suitcase from terminal 1 to terminal 2 in an airport to catch another plane_ A strap in your suitcase is inclined upward ata 45-degree angle. The tension in the strap that vou apply is O.1N: How far terminal 2 is from terminal if you drag your suitcase from rest to 0.5 m/s? Assume suitcase mass is 70kg and neglect both friction and dragging force. (20 pts]
 You pull; your suitcase from terminal 1 to terminal 2 in an airport to catch another plane_ A strap in your suitcase is inclined upward ata 45-degree angle. The tension in the strap that vou apply is O.1N: How far terminal 2 is from terminal if you drag your suitcase from rest to 0.5 m/s? Assume...
##### 3. Consider the four groups C2 X C3 X C5, S3 X C5, Cz X Ds, D1s. Show that each of them has a unique subgroup of order 3 and a unique subgroup of order 5, and they are both normal. Identify the normal subgroups of order 3 and 5 and the corresponding quotients (without further justifications)_ Show that the four groups are not isomorphic_
3. Consider the four groups C2 X C3 X C5, S3 X C5, Cz X Ds, D1s. Show that each of them has a unique subgroup of order 3 and a unique subgroup of order 5, and they are both normal. Identify the normal subgroups of order 3 and 5 and the corresponding quotients (without further justifications)_ Show t...
##### Questiunlines are horizontal foc f(r) 8v/3sin() 8 cos(â‚¬) valuels) of r between andl 2x where che ewg "ntDetermineand *0and =AlQandFluen Hfeu taGanclAnd :
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##### Draw Identify that represents For the the steric same structure and HL H inconfionsation: H 1 viewed down the C3-C4 bond,
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##### Fen30p #hlon 247347ekw oul: 6 dhtgudlnad*Ia tou{ol t eneRrNntt Jn #1tnt &' Antut;oi G; CRte au 1e38ar
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##### ITthe general solution of the homogeneous DE y"-2y +Sy-0 isISelect one: OHA y-C1 x+Cz* OIB yzX{czcos(2In(x))+ Cz sin(2In(x))} Y-eX{c,cos(2x)+Cz sin(2x)} 0 D y-Ce2x+Cz e*
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##### 70376*meloss Leanteeraor}eel Js,lonwi "i 2 4#iubt 40 {Csl 105%:.83.009800e 0ox o"t7lg bar 4isc 477 ~tWaka
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##### Consider a cube with one corner at the origin and with sides of length $10 \mathrm{cm}$ positioned along the $x y z$ axes. There is an electric field $\vec{E}=\langle 50,200 y, 0\rangle \mathrm{N} / \mathrm{m}$ throughout the region that has a constant $x$ component and a $y$ component that increases linearly with $y .$ (a) Draw a diagram showing $\hat{n}$ and $\vec{E}$ for every side of the cube. (b) Determine how much charge is inside the cube.
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##### Let P be point not on the line that passes through the points Q and R. The distance d from the point P to the line L isla * bl d = IalwhereQR and b = QP.Use the above formula to find the distance from the point to the given line (4,2, -2); x = 1 +t,Y = 1 _ 2t,2 = 3 2t
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##### 18 The carbon atoms of glutamate can enter the citric acid cycle after transamination to the corresponding a-keto acid (see question #7): When [a-I4C]-glutamate undergoes transamination; what is the labeling pattern (if any) in the succinate generated immediately from the labeled glutamate?None, "OOC-CHz-CHz-COO is produced from [a-I4C]-glutamate B. OO14C-CH-I4CH-COO is produced from [a-14C]-glutamate C. OOC-IACHz-I4CHz-COO is produced from [a-14C]-glutamate D: OO14C-CHz-CHz-I4COO is produ
18 The carbon atoms of glutamate can enter the citric acid cycle after transamination to the corresponding a-keto acid (see question #7): When [a-I4C]-glutamate undergoes transamination; what is the labeling pattern (if any) in the succinate generated immediately from the labeled glutamate? None, &...
##### Applications of Faradayâ€™s Law involve a source of magnetic fieldand a loop or coil through which the magnetic field changes. If youwant to use this effect to measure a passing objectâ€™s velocity, youmight attach a source of constant magnetic field to the passingobject and use a stationary coil to detect it when it passes. Forsimplicity, letâ€™s only consider system designs where the magneticfield links the detection coil perpendicularly (cos ðœƒ = 1). Youcould rate different designs for the
Applications of Faradayâ€™s Law involve a source of magnetic field and a loop or coil through which the magnetic field changes. If you want to use this effect to measure a passing objectâ€™s velocity, you might attach a source of constant magnetic field to the passing object and use a stat...