5

# Problem 6: Find the scalar triple product & (v X w) for(a)2 U = 1 32U = 3 4W =(b)3 2 u = , U = W = 5 2| 3...

## Question

###### Problem 6: Find the scalar triple product & (v X w) for(a)2 U = 1 32U = 3 4W =(b)3 2 u = , U = W = 5 2| 3

Problem 6: Find the scalar triple product & (v X w) for (a) 2 U = 1 3 2 U = 3 4 W = (b) 3 2 u = , U = W = 5 2| 3

#### Similar Solved Questions

##### How many amperes of electricity are needed to electrolyze Mn2+ to Mn if 1.19 moles of Mn is produced in 5.0 seconds?
How many amperes of electricity are needed to electrolyze Mn2+ to Mn if 1.19 moles of Mn is produced in 5.0 seconds?...
##### Exercise(10 points) Differentiate the following:(12 +4)*1} V = (Tr + 15)
Exercise (10 points) Differentiate the following: (12 +4)*1} V = (Tr + 15)...
##### Item 28Dotemmine Iho pOH Decn solitonPan A5,5*10-?MpOHSuomt[RIaual AnawerPan BCusiin {neutonIcot DIc0 nellraBequeou Antnty3688
Item 28 Dotemmine Iho pOH Decn soliton Pan A 5,5*10-?M pOH Suomt[ RIaual Anawer Pan B Cusiin {neuton Icot DIc0 nellra Bequeou Antnty 3 688...
##### 13. Use Stokes' Theorem to evaluate the line integral JF-dr where F = 2z i+x j+y k. The 3-D path C is defined by the paraboloid 2=4-X ~y-and the xy-plane as shown. Clearly construct the integral but you do not need to evaluate it14_ TURN IN: Use Stokes' Theoerem to evaluate the line integral Fedr whereF=(x-y) i+42 j+x k_ The 3-D path C is defined by the cone 2 = +y2 and the top by the plane z =2as shown: Clearly construct the integral but you do not need to evaluate it2=2
13. Use Stokes' Theorem to evaluate the line integral JF-dr where F = 2z i+x j+y k. The 3-D path C is defined by the paraboloid 2=4-X ~y-and the xy-plane as shown. Clearly construct the integral but you do not need to evaluate it 14_ TURN IN: Use Stokes' Theoerem to evaluate the line integ...
##### CsHjood, 3H838.38 596.75 589.69 582.75 575.69 215.75 208. 13 200,75 193.19 182,00 175.00 94.06 86.75 79.00q, IH2hHSP-00-614ppm
CsHjoo d, 3H 838.38 596.75 589.69 582.75 575.69 215.75 208. 13 200,75 193.19 182,00 175.00 94.06 86.75 79.00 q, IH 2h HSP-00-614 ppm...
##### 1 228 5 22232 5 l Z12 IWE W 0 1 22 0 5 3 H 5! HU 1 Hi: } 8 1 1 ? 3 1 VW 8283 1 8 & 8 Wi 1 8 Ji 1 1 1 2 62 H 4 0 8 H L 0 1 2 8 [ E 0 7 #z H 1 2 3 7 V 2 3 21 1 8 0 0 4 2 1
1 228 5 22232 5 l Z12 IWE W 0 1 22 0 5 3 H 5! HU 1 Hi: } 8 1 1 ? 3 1 VW 8283 1 8 & 8 Wi 1 8 Ji 1 1 1 2 62 H 4 0 8 H L 0 1 2 8 [ E 0 7 #z H 1 2 3 7 V 2 3 21 1 8 0 0 4 2 1...
##### HWIIPZ (10 points) Linear Dependence/IndependenceVzVz6 12a) (4 points) Represent each vector as a column in a matrix and find its rank (2 point) State whether the vectors are linearly dependent or linearly independent and identify their span. ii. (1 point) Given ANY b vector; what type of system can be created with these vectors and how many solutions can be found? b) (2 points) Evaluate the determinant of the matrix of vectors in (a): Hint; use your solution ofpart (a) to evaluate the determina
HWIIPZ (10 points) Linear Dependence/Independence Vz Vz 6 12 a) (4 points) Represent each vector as a column in a matrix and find its rank (2 point) State whether the vectors are linearly dependent or linearly independent and identify their span. ii. (1 point) Given ANY b vector; what type of system...
##### Test for symmetry and then graph each polar equation. $$r=1+\sin \theta$$
Test for symmetry and then graph each polar equation. $$r=1+\sin \theta$$...
##### The vectors $\mathbf{u}$ and $\mathbf{v}$ are ________ if $\mathbf{u \cdot v} = 0$.
The vectors $\mathbf{u}$ and $\mathbf{v}$ are ________ if $\mathbf{u \cdot v} = 0$....
##### 10 1 pointFind the differential dy of the function" = xsin(Tr) sin(7x) - Txcos(Zr)dx Ixcos(7r)dx sin( Tx)dx ~Zxcos(Tr)dx sin( 7x) Txcos(Zx)dxPrevious
10 1 point Find the differential dy of the function" = xsin(Tr) sin(7x) - Txcos(Zr)dx Ixcos(7r)dx sin( Tx)dx ~Zxcos(Tr)dx sin( 7x) Txcos(Zx)dx Previous...
##### 4 0 0#3:The Olfferenlial equatlund 1 13QRepresent ihe charge Q on 2 capacitorin & particular electric circuit afterssec (s), Solve this dilferentlal equatlon t0 fird an expression lor thz charpe Qalter (secl) Bven that Q = 0 anJ E 2,wen di [=0,
4 0 0#3:The Olfferenlial equatlun d 1 13Q Represent ihe charge Q on 2 capacitorin & particular electric circuit afterssec (s), Solve this dilferentlal equatlon t0 fird an expression lor thz charpe Qalter (secl) Bven that Q = 0 anJ E 2,wen di [=0,...