## Question

###### 3 Find rahk (A) ahd &escs Lor @lumn spate Scla) , Fow spece Sp (A) 4 bel Por nu-ll spaeeA = ~2 L2 - 2

3 Find rahk (A) ahd &escs Lor @lumn spate Scla) , Fow spece Sp (A) 4 bel Por nu-ll spaee A = ~2 L2 - 2

## Answers

#### Similar Solved Questions

5 answers

##### Point) Consider the functionf(x) = {+3_ In this problem you will calculate K â‚¬ + 3)dx by using the definition fl)dx= lim [Zro)a:] The summation inside the brackets is Rn which is the Riemann sum where the sample points are chosen to be the right- hand endpoints of each sub-interval:Calculate Rn for f(x) 2 3 on the interval [0,3] and write your answer as function of n without any summation signs. You will need the summation formulas in Section of your textbook Rn lim Rn I+0

point) Consider the functionf(x) = {+3_ In this problem you will calculate K â‚¬ + 3)dx by using the definition fl)dx= lim [Zro)a:] The summation inside the brackets is Rn which is the Riemann sum where the sample points are chosen to be the right- hand endpoints of each sub-interval: Calculate ...

4 answers

##### Question 2124 Suppose that the random variable X has the following probability function:(21) The mean expected value) of X(22) The mean (expecled Valucl 6f(23) The variance of X0.96(24) The mean expected value) of994250670.064110.7719

Question 2124 Suppose that the random variable X has the following probability function: (21) The mean expected value) of X (22) The mean (expecled Valucl 6f (23) The variance of X 0.96 (24) The mean expected value) of 9942 5067 0.0641 10.7719...

3 answers

##### Vector space and let T â‚¬ Hom(V,V) . Show that {S â‚¬ Hom(V,V) SoT = ToS} Let V be nonzero subspace of Hom(V,V).

vector space and let T â‚¬ Hom(V,V) . Show that {S â‚¬ Hom(V,V) SoT = ToS} Let V be nonzero subspace of Hom(V,V)....

4 answers

##### Kemeta cneollouina MuncThu curtentsnecrssarl;dinccho Endtn Wahcnis36,0 #, Rz 8 0 { Jnd Y = 18 V(0)Findcinmtenteech rLasto olte Ouc abjyeWontnirlnzFesistonsGCnnDurmciJG.oiWritc thrce Independent equaticns for the thrce currerts using Kircholf" s Iaws: ort nanine node ruln; reststor; and the 24.0-0 rcs stor; second using the loop nle through battentthoa O-o and{ne Lilrd Vsina kca Nulc ttrough thc 36.0-0 and 24.0-n tnth rcristois Solvc heoe tha Mlld iMuTaIT anslns fcund punt (4) {Subnit 4 Croa

Kemeta cneollouina Munc Thu curtents necrssarl; dinccho Endtn Wahcnis 36,0 #, Rz 8 0 { Jnd Y = 18 V (0)Find cinmtent eech rLasto olte Ouc abjye Wontnirlnz Fesistons GCnn Durmci JG.oi Writc thrce Independent equaticns for the thrce currerts using Kircholf" s Iaws: ort nanine node ruln; reststor;...

5 answers

##### Sample data for the arrival delay times (in minutes) of airlines flights is given below. Determine whether they appear to be from a population with a normal distribution. Assume that this requirement is loose in the sense that the population distribution need not be exactly normal, but it must be a distribution that is roughly bell-shaped. Click the icon to view the data set.Is the requirement of a normal distribution satisfied?OA Yes, because the histogram of the data is not bell shaped, there

Sample data for the arrival delay times (in minutes) of airlines flights is given below. Determine whether they appear to be from a population with a normal distribution. Assume that this requirement is loose in the sense that the population distribution need not be exactly normal, but it must be a ...

5 answers

##### Evuluale (lie following (i) Jt" %3F5at (li) J x?cosxdx (ili) J3 (4x ~ Jdx (iv) f sInoxsuAxax: Find Ilie ate) bounded by Ilie cumve * = J nd the line y = x - 2

Evuluale (lie following (i) Jt" %3F5at (li) J x?cosxdx (ili) J3 (4x ~ Jdx (iv) f sInoxsuAxax: Find Ilie ate) bounded by Ilie cumve * = J nd the line y = x - 2...

5 answers

##### FouunLntntth /ejenlntanieehnnlngy cn unelIncucnEeUa 4namunu ntede: TcmonnKenicteniAnte7=Uncd Ictcn |:) Delutmnerughannnral Gudrt Utu Eli niozatonCutarLcetthtTUDACEAnt cinid = EredtnaanRutadida Wdaet =0a Euch uonuont Onca |umuclotDUM [email protected]"ntdl(Nd cmunat OergeeholtD44-4L1Tha Lal Io Jmttbo ba EpIldlDuuetin00t blLA0 Iche Ur AcnAenceleualhunnanontKhner fin-lutaboeu nloratonEnAnttnnahad ChaanAat nntmtenecn

Fouun Lntntth /ej enlntanieehn nlngy cn unelIncucn EeUa 4namunu ntede: Tc monn Kenicteni Ante7= Uncd Ictcn | :) Delutmne rughannn ral Gudrt Utu Eli niozaton Cutar Lcettht TUDACEAnt cinid = Eredtnaan Rut adida Wdaet = 0a Euch uonuont Onca | umuclot DUM HHH [email protected] "ntdl(Nd cmunat Oergeeholt D44-4L...

5 answers

##### Question 7 (1.2 points) The lifetime of certain type of automobile tire (in thousands of miles) is normally distributed with mean 35 and standard deviation Find the percentile corresponding to p = 65 % of the tire lifetimes:Write only number as your answer: Round to two decimal places (for example: 0.81). Your Answer:

Question 7 (1.2 points) The lifetime of certain type of automobile tire (in thousands of miles) is normally distributed with mean 35 and standard deviation Find the percentile corresponding to p = 65 % of the tire lifetimes: Write only number as your answer: Round to two decimal places (for example:...

5 answers

##### Corlsbn 400 Eat (Jela uanen coneeingd InEdudatordb Maadaul oauqaqan W Wnanemean anenHuuapuerdoualne Lina f4le HaabaIAoanneceoVeer eEed eneeeteend

corlsbn 400 Eat (Jela uanen coneeingd InEdudatordb Maadaul oauqaqan W Wnanemean anen Huua puerdoualne Lina f4le Haaba IAoanneceo Veer eEed eneeeteend...

5 answers

##### 2. A charge Q is fixed at a distance R from the center of a circle of a radius R. Find electric field flux passing through the circle.

2. A charge Q is fixed at a distance R from the center of a circle of a radius R. Find electric field flux passing through the circle....

5 answers

##### Let & be the portion of the cone given by > 3- between the planes and = 23 oriented by the upward unit normal n The suface & is not closed and has no top or bottom. Let F = ri+yj+2-k vector field. Evaluate the fux integral: ff F ndS: Answer: 14T/

Let & be the portion of the cone given by > 3- between the planes and = 23 oriented by the upward unit normal n The suface & is not closed and has no top or bottom. Let F = ri+yj+2-k vector field. Evaluate the fux integral: ff F ndS: Answer: 14T/...

5 answers

##### Question 2: Look at the arrangement of resistors pictured below:A] Find the equivalent resistance of the arrangement B] What is the voltage across the 10 Ohm resistor? What is the current through the 10 Ohm resistor? D] What is the power ofthe 10 Ohm resistor?AR =2S voltsAeach 10S J30n80J10 [email protected] 60 n&Qtct Vo Iic P; 3

Question 2: Look at the arrangement of resistors pictured below: A] Find the equivalent resistance of the arrangement B] What is the voltage across the 10 Ohm resistor? What is the current through the 10 Ohm resistor? D] What is the power ofthe 10 Ohm resistor? AR =2S volts A each 10S J 30n 80J 10 J...

5 answers

##### The molar constant-pressure heat capacity of an ideal gas wasfound to vary according to Cp(T) = 20.87 + 0.4556TCalculate q, w, Î”U, and Î”H when the temperature is raised from13 degrees celsius to 86 degrees celsius at constant pressure.Calculate q, w, Î”U, and Î”H when the temperature is raised from13 degrees celsius to 86 degrees celsius at constant volume.

The molar constant-pressure heat capacity of an ideal gas was found to vary according to Cp(T) = 20.87 + 0.4556T Calculate q, w, Î”U, and Î”H when the temperature is raised from 13 degrees celsius to 86 degrees celsius at constant pressure. Calculate q, w, Î”U, and Î”H when the temperatu...

5 answers

##### Evaluate the integrals for f (x) shown in the figure below: The two parts of the graph are semicircles.10J6 4f(x) dxb) J 5f(x) dxc) fA 3f(x) dxd) 56 13f(x) dx

Evaluate the integrals for f (x) shown in the figure below: The two parts of the graph are semicircles. 10 J6 4f(x) dx b) J 5f(x) dx c) fA 3f(x) dx d) 56 13f(x) dx...

5 answers

##### QUESTION 1: 6 marksConsider the function g defined by:9(11,12,13) = -21; 512 313 4T1 1512 313 Determine the stationary point of g.3 marksIs g convex OF concave? Justify YOur answer 2 marks Deduce whether the stationary point HiHiH Or HLXI_ mnark

QUESTION 1: 6 marks Consider the function g defined by: 9(11,12,13) = -21; 512 313 4T1 1512 313 Determine the stationary point of g. 3 marks Is g convex OF concave? Justify YOur answer 2 marks Deduce whether the stationary point HiHiH Or HLXI_ mnark...

4 answers

##### Consider the sample space S = {-2,-1,0,1,2,3} AIII elements of S have the same likelihood of occurrence. IThe random variable X is defined as X(s) 82 41 The value of P(X < 2) is2' The value oflBI #xl lisl

Consider the sample space S = {-2,-1,0,1,2,3} AIII elements of S have the same likelihood of occurrence. IThe random variable X is defined as X(s) 82 4 1 The value of P(X < 2) is 2' The value oflBI #xl lisl...

5 answers

##### [-/4 Points]DETAILSMY NOTESASK YOUR TEACHERperson owns threc suitsties _ and ten shirts_ How many wavs can they select traveling wardrobe two sults, four ties and six shirts?[-73 Points]DETAILSMY NOTESASK YOUR TEACHERcandy manufacturer produces Halloween cutprize bags by filling Dags with different surprises How many different surprise bags can the company create surprises?stocks 14 different types[-/2 Points]DETAILSMY NOTESASK YOUR TEACHERAn ice cream store stocks 30 different flavors and offe

[-/4 Points] DETAILS MY NOTES ASK YOUR TEACHER person owns threc suits ties _ and ten shirts_ How many wavs can they select traveling wardrobe two sults, four ties and six shirts? [-73 Points] DETAILS MY NOTES ASK YOUR TEACHER candy manufacturer produces Halloween cutprize bags by filling Dags with...

5 answers

##### SUPPLEMENTARY PROBLEMS6337. Verify Green theorem in the plane for Sc (31? 8y2) dx + (4y 6xy) dy; where C is the boundary of the region defined by: (a) y = 1,"=r;()t=o.y=or+y=[S6.38. Evaluate fc (3r+4v) d + (2x 3y) dy where C, a eirele of radius two with center at the origin of the Xy-plane: 1S traversed in the positive sense. 639 Work the previous problem for the line integral $c +V" dx + 3xy2 dy:

SUPPLEMENTARY PROBLEMS 6337. Verify Green theorem in the plane for Sc (31? 8y2) dx + (4y 6xy) dy; where C is the boundary of the region defined by: (a) y = 1,"=r;()t=o.y=or+y=[S 6.38. Evaluate fc (3r+4v) d + (2x 3y) dy where C, a eirele of radius two with center at the origin of the Xy-plane: 1...

5 answers

##### Synchronous communications satellites are placed in a circular orbit that is 3.95 × 107 m above the surface of the earth. What is the magnitude of the acceleration due to gravity at this distance? (G = 6.67 × 10-11 N.m2/kg2, ME = 5.98 × 1024 kg, and rE = 6.38 × 106 m)

Synchronous communications satellites are placed in a circular orbit that is 3.95 × 107 m above the surface of the earth. What is the magnitude of the acceleration due to gravity at this distance? (G = 6.67 × 10-11 N.m2/kg2, ME = 5.98 × 1024 kg, and rE = 6.38 × 106 m)...

5 answers

##### And morteal patod ib V #e noun babr) #Renotchct tha &un to Ithin 0 S70 elluea mmet Lratel brlere neatita rtum Joumer? nhcengr mon ter trem thaILAAIdee

and morteal patod ib V #e noun babr) #Renotchct tha &un to Ithin 0 S70 elluea mmet Lratel brlere neatita rtum Joumer? nhcengr mon ter trem tha ILAA Idee...