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# Their multipliciti For the matrix, list the real Eigen values, repeated according4 -2 0The real eigenvalues are_...

## Question

###### Their multipliciti For the matrix, list the real Eigen values, repeated according4 -2 0The real eigenvalues are_

their multipliciti For the matrix, list the real Eigen values, repeated according 4 -2 0 The real eigenvalues are_  #### Similar Solved Questions

##### #4: A car repeatedly speeds up and slows down a5 it drives away from you, s0 that f(x) = * after _ seconds sinx meters it is from you_ (2) Draw graph of f (x) for 0 _x = 30(b) What is the velocity of the car at seconds(c) What is the velocity of the car at I seconds,
#4: A car repeatedly speeds up and slows down a5 it drives away from you, s0 that f(x) = * after _ seconds sinx meters it is from you_ (2) Draw graph of f (x) for 0 _x = 30 (b) What is the velocity of the car at seconds (c) What is the velocity of the car at I seconds,...
##### Inswers _1. Consider two rubber balls which are on two smooth tracks that begin and end at the same points but slope differently: The slope A slopes down first more steeply than the slope B,as shown in the figure on right If the two balls are released at the same time: (i) How do the speeds of the balls when - they reach the bottom compare? (ii) Which ball; if any; reaches the bottom first? Explain your answers, and assume that the balls stay on the track throughout their entire downhill roll:
inswers _ 1. Consider two rubber balls which are on two smooth tracks that begin and end at the same points but slope differently: The slope A slopes down first more steeply than the slope B,as shown in the figure on right If the two balls are released at the same time: (i) How do the speeds of the...
##### 8 points) Consider thc following diflerential cqquation;df dr2 g() , 0 < I <1, f(0) = f(1) = 0. 6 pts) Using ccntercxl diffcrenccn,f(ti f" (.i)2f (Ii) + f(i+ h)with n = 5, write thc linear system that corresponds to the discretizcd forIn of thc differential cquation OLL the interval I â‚¬ [0,1], wherc Ii ih, h = 1/n,i = 0, IIl_ Specify the accuracy of the discretization: HINT: Thc differentiation Inatrix D2 should havc: size: (n ~ 1) x (n 1).b: (2 pts)Describc an cfficicnt Inethod to
8 points) Consider thc following diflerential cqquation; df dr2 g() , 0 < I <1, f(0) = f(1) = 0. 6 pts) Using ccntercxl diffcrenccn, f(ti f" (.i) 2f (Ii) + f(i+ h) with n = 5, write thc linear system that corresponds to the discretizcd forIn of thc differential cquation OLL the interval I...
##### In time %ries, t multiplicative model is 2) X,=ISC} 6) X,=1+S+C+l c) X=-(I,-S-C-I) d) None of the above
In time %ries, t multiplicative model is 2) X,=ISC} 6) X,=1+S+C+l c) X=-(I,-S-C-I) d) None of the above...
##### Based on the !-stalistic ulld ~vulue . select the correel stalement regarding the decision for this two-sample t-lest with 0,05 Rejecl Ilie null hypathesis because the vulue grenicr = thanRejeet Ihe null hytxuthe"sis becuuxe the P-vulue Ie than Huil rejeet Ilie Hull hypelhesis beejuse Ilie vulue i* grenter Iln Fail ( reject the null hypothesis hecnuse the value less tun
Based on the !-stalistic ulld ~vulue . select the correel stalement regarding the decision for this two-sample t-lest with 0,05 Rejecl Ilie null hypathesis because the vulue grenicr = than Rejeet Ihe null hytxuthe"sis becuuxe the P-vulue Ie than Huil rejeet Ilie Hull hypelhesis beejuse Ilie vu...
##### Scatter Plot{581380.51.52.0Average steals rebounds1.0
Scatter Plot { 5 81 3 8 0.5 1.5 2.0 Average steals rebounds 1.0...
##### (2 points each) Short answers. Find the following: Don't forget the constant:f(x")dx (unot = to-1) f(x)dx f() dx f(ezx)dx_(5 pts) For this problem; do not forget the constant, Find f (2x? Mn x + Sx-2 4)dx(5 pts) Findf ( 8e2x + x-1 +T) dx. Note that t is a constant:
(2 points each) Short answers. Find the following: Don't forget the constant: f(x")dx (unot = to-1) f(x)dx f() dx f(ezx)dx_ (5 pts) For this problem; do not forget the constant, Find f (2x? Mn x + Sx-2 4)dx (5 pts) Findf ( 8e2x + x-1 + T) dx. Note that t is a constant:...
##### Terri Vogel, an amateur motorcycle racer, averages 129.71 seconds per 2.5-mile lap, in a seven-lap race, with a standard deviation of 2.28 seconds. The distribution of her race times is normally distributed. We are interested in one of her randomly selected laps. In words, define the random variable $X$. a. In words, define the random variable $X$. b. $X \sim$ ______(______,______) c. Find the percent of her laps that are completed in less than 130 seconds. d. The fastest 3 percent of her laps a
Terri Vogel, an amateur motorcycle racer, averages 129.71 seconds per 2.5-mile lap, in a seven-lap race, with a standard deviation of 2.28 seconds. The distribution of her race times is normally distributed. We are interested in one of her randomly selected laps. In words, define the random variable...
##### Solve the given problems. A demolition ball is used to tear down a building. Its distance $s$ (in $\mathrm{m}$ ) above the ground as a function of time $t$ (in $\mathrm{s}$ ) after it is dropped is $s=17.5-4.9 t^{2} .$ Because $s=f(t),$ find $f(1.2)$
Solve the given problems. A demolition ball is used to tear down a building. Its distance $s$ (in $\mathrm{m}$ ) above the ground as a function of time $t$ (in $\mathrm{s}$ ) after it is dropped is $s=17.5-4.9 t^{2} .$ Because $s=f(t),$ find $f(1.2)$...
##### For problems A-C consider the region R bounded by y = In X and the X-axis between X = and x = e (See Figure 2). Compute each of the following:A. The volume of the solid formed by rotating R about the X-axis_ B. The volume of the solid formed by rotating R about the y-axis_ C. The volume of the solid formed by rotating R about the line y = efy =e1 = InxRFigure 2
For problems A-C consider the region R bounded by y = In X and the X-axis between X = and x = e (See Figure 2). Compute each of the following: A. The volume of the solid formed by rotating R about the X-axis_ B. The volume of the solid formed by rotating R about the y-axis_ C. The volume of the soli...
##### Math 104-011 Col Alge & Trig E En Sci Il (011)_Leggett Spring 2021 Homework: Section 7.4 Homework Score: 0 of 1 pt 7.4.89 Find (he exact value of oach of he romaining trigonomotric functions 0f 0 cos ( = 180 <0<270"24 0( 25 (23 complety)
Math 104-011 Col Alge & Trig E En Sci Il (011)_Leggett Spring 2021 Homework: Section 7.4 Homework Score: 0 of 1 pt 7.4.89 Find (he exact value of oach of he romaining trigonomotric functions 0f 0 cos ( = 180 <0<270" 24 0( 25 (23 complety)...
##### 6 Solve with a Laplace Transformation:y'+y-ZCos(t) y(O)=1
6 Solve with a Laplace Transformation: y'+y-ZCos(t) y(O)=1...
##### Profit In Exercises $49-52,$ let $C(x)$ be the cost to produce $x$ batches of widgets, and let $R(x)$ be the revenue in thousands of dollars. For each exercise, (a) graph both functions, (b) find the minimum break-even quantity, (c) find the maximum revenue, and (d) find the maximum profit. $$R(x)=-\frac{4}{5} x^{2}+10 x, \quad C(x)=2 x+15$$
Profit In Exercises $49-52,$ let $C(x)$ be the cost to produce $x$ batches of widgets, and let $R(x)$ be the revenue in thousands of dollars. For each exercise, (a) graph both functions, (b) find the minimum break-even quantity, (c) find the maximum revenue, and (d) find the maximum profit.  R(...
##### Asin (y+4y ) at Aine dlrection a/ derivafve 6f f(y) )Fird +he direction 0 = Ws Point (-3,-4) In Jhe The ~gradient 04 f ha Of > Ld,D> Vf (3-4= LD,D> The directiona ( derivative i
asin (y+4y ) at Aine dlrection a/ derivafve 6f f(y) )Fird +he direction 0 = Ws Point (-3,-4) In Jhe The ~gradient 04 f ha Of > Ld,D> Vf (3-4= LD,D> The directiona ( derivative i...
##### In R3 the graph of x = ye is a paraboloid:
In R3 the graph of x = ye is a paraboloid:...