Given, A = is a linear transformation on R3 in the standard basis ,i.e., .
Now, = =
And, = =
And, = =
Let R3.
Then, =
i.e., =
i.e., =
i.e., =
Now, = =
And, = =
And, = =
Here, =
And, =
And, =
Therefore, the matrix A in the basis B is = .
(> Le* I S A is alinear transfor mation on R* (in the standard bosis vasiS...
Given the logistic map Xn+1 = run(1 – Xn) with r > 0. Show the 2-cycle is stable for 3 <r <1+V6.
5. Let S be a non-empty bounded subset of R. If a > 0, show that sup (aS) = a sup S where aS = {as : s E S}. Let c = sup S, show ac = sup (aS). This is done by showing: (a) ac is an upper bound of aS. (b) If y is another upper bound of aS then ac < 7. Both are done using definitions and the fact that c=sup S.
PROB 4 Let Xi and X2 be independent exponential random variables each having parameter 1 i.e. fx(x) = le-21, x > 0, (i = 1,2). Let Y1 = X1 + X2 and Y2 = ex. Find the joint p.d.f of Yi and Y2.
Consider the relation R with attributes: A, B, C, D, E, and F Let S be a set of functional dependencies in R such that S = { A-> B, CD-> E, C-> D]. Which of these attributes are in the closure of [C, F)?
Find the following probabilities based on the standard normal variable Z (Round your answers to 4 decimal places.) a. P(Z> 1.04) b. P(Zs -1.74) c. P(O s Z s 1.81) d. P(-0.81 s Zs 2.66)
I. Let {X n\ be a sequence of random variables wit h E(X,-? for n- 7n exists a C > 0 such that for n 1,2, 3,.. Show that X is cons istent for ?
Show the resistance looking into the base ro= 0 PA + B + 1)RE >RE (b)
Detailed steps please ->R3 be defined by natural basis of R and let T 1,0,1), (0,1.1).(0,0,1)) be another basis for R. Find the matrix representing L with respect to a) S. b) S and T d) T e) Find the transition matrix Ps from T- basis to S- basis. f) Find the transition matrix Qr-s from S-basis to T-basis. g) Verify Q is inverse of P by QP PQ I. h) Verify PAP-A
Linear algebra please prove and write neatly Any set of m vectors in R™ is linearly dependent if m>n
What is the value of i(t) for t>=0? Given L = 10 H, R = 5 ohms and Vs = 40V. URO - w vs 40e^(-0.5t) 20e^(-0.5t) 40e^(-0.02t) 8e^(-0.5t)