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5. Let p and q € P2, and define < p,q >=p(-1)q(-1) + p(0)q(0) +p(1)q(1). (4pts) a. Compute < p,q> where p(t) = 2t – 5t?,q(t) = 4 + t2. (5pts) b. Compute the orthogonal projection of q onto the subspace spanned by p.
if Q=2/t-1, then Q^-1 (t)
1. In the figure below, q q 2HC, q 4uC, and a 1 meter. a) What is the force experienced by an electron placed at the center P of the square? b) What is its potential energy? 2. In the figure below, C,-10 Ff2-5 F, C,-4 F, and V 100 volts. For each of the capacitors, find the charge, the voltage, and the energy stored
Q-1 A mechanism, as shown in Fufire Q-1, has the dimensions:OA=a₂=200 mm ; AB=a=1500 mm ; BC=a₄=600 mm ; CD-a=500 mm : OE=1350 mm ; and BE=b₄=400 mma) Determine the number of total and obvious instant centers and locate (show on the given figure with the necessary construction lines) the instant centers I₃, and I15.b) If the crank OA=a₂ rotates uniformly at n₂=120 mm (c.w.) determine;i) The velocities of points A, B, C, and D (i.e., VA, VB, VC, and...
T.C. = 3,000 + 24 Q - 4 Q² + 0.4 Q³ 1. If the market price is $200 per unit, what would this firm’s optimum level of production and sales (Q) be per week? Please round-off your Q to the nearest unit. 2. What is the total profit at optimum Q? Would this firm continue operations? Why or why not? 3. Below what market price would it be preferable for this firm to shut-down? Why?
if Q= Q+=0 expalin why k is a dont care if Q=Q+=1 why j is a dont care ifQ =0 and Q+=1 explain why both jk=10 and jk=11 will produce the require state change if Q=1 and Q+=0 give teo sets of values for j and K which will produce state change and explain 398 Unit 12 TABLE 12-7 J-K Flip-Flop Inputs Cengage Learning 2014 (a) J K 0 0 (c) (b) Q Q J K J K QQ+ 0...
Q has Beta[a,b] (a=6, b=5) (X|Q=q) i.i.d Geom[q] therefore E[X|Q] = [1-Q / Q] Var[X] = [1-Q / Q^2] 6.1 E[X] = ? 6.2 Var[X] = ?
Example 1. RP 2. Q R 1:: Q = P. Answer 11. RP 2. Q R 3. Q->P (Premise) (Premise) /.. Q->P [1, 2, CA Construct deductions for each of the following arguments using Group I rules. (4) es 1. P 2. (R & S) v Q 3. NP "QI.. "(R & S) 1. P 2. "(R & S) VQ 3.`p NQ 4 5. (Premise) (Premise) (Premise)/A MR & S) If
Let 1 ≤ p ≤ q and suppose that for 1 ≤ j ≤ n we have xj ≥ 0. Prove that ( n ∑ j=1 (xj^q) )^ (1/q) ≤ ( n ∑ j=1 (xj^p) )^ (1/p) ≤ n^ (1/p - 1/q) ( n ∑ j=1 (xj^q) )^ (1/q)
1. Let demand be P(Q) = 6-Q. What is the price elasticity of demand at Q = 4? a. E = - b. E= - 2 C. E = -4 d. ε = -2 2. Suppose we have 3 types of households each with private demand for a public good (like flood protection) of P1(Q) = 5, P2(Q) = 10 - Q, and P3(Q) = 20 – 2Q. What is the social demand curve for the range Q < 10?...