Find the laplace transformation for the given function. 1. (t1)u (t1) е 2и (t - 1) m. e 1 n. u (t - т) sint TT 2 о. t? (0 < t < 1), 0 forothers р. 1—е (о <i<т), 0for others 1. (t1)u (t1) е 2и (t - 1) m. e 1 n. u (t - т) sint TT 2 о. t? (0
I need in an hour do quick Problem LA Suppose k and n are natural numbers. Find all real numbers x1,. . ,xn, which satisfy the system of n equations Subscripts should be read modulo n, i.e. x"+,-x1, xn+,-X2 and so on.)
Problem 2. Let n be a positive integer. We sample n numbers ai,...,an from the set 1, 2,...,n} uniformly at random, with replacement. Say that the picks i and j with i < j are a match if a -aj. What is the expected total number of matches? Hint: Use indicators. Wİ
2. Halle la corriente i que fluye por la resistencia de 40, según mostrada: Problema 2: (20 puntos): Halle la corriente i que fluye por la resistencia de 40n, según mostrada 40 2 60 N 80 V 120 2 20 2
22–24. We can derive the Gibbs-Helmholtz equation directly from Equation 22.3la in the following way. Start with (ag/aT), = -S and substitute for S from G = H – TS to obtain н (), Now show that the left side is equal to (a[G/T]/2T), to get the Gibbs-Helmholtz equation. Begin with the equality in the statement of the problem and substitute for S as suggested (from Equation 22.13): OG = -S= a1 р 09). -s= - * 9.-=- 1 la...
1. What are the n and I quantum numbers for a 6f electron? n= 1= 2. What are the possible I quantum numbers for n = 5?
use unilateral z transform with y (-1) = 1 blema l. (40%) Utilizando la transformada-Z unilateral d 2 determinar gm] para n 0 pe n. 5 a a 2, (60%) Se quiere diseñar un sistema lineal e invariante en el tiempo con l blema l. (40%) Utilizando la transformada-Z unilateral d 2 determinar gm] para n 0 pe n. 5 a a 2, (60%) Se quiere diseñar un sistema lineal e invariante en el tiempo con l
Murcielagos La señora Santiago ve un murciélago volando alrededor del gimnasio. Su primera reacción es pararse en las gradas y lanzar su zapato al otro lado del gimnasio. La ecunción h()- 3+12t+15 representa la altura del zapato, en metros, conforme transcurre el tiempo en segundos. ¿Cuántos segundos tardara el zapato en caer al suelo? 2 2 Línea de simetría Vértice Raices Ecuación (factorizada) y(x+5).10 17 Cuál es el vertice? ¿Cómo se muestra en la ecuación? ¿Por qué? ¿Cuál es el...
2 R2NBCI2 + 5 LIPH2 + 4 LiCl + 3 PH3 + Intermediate Equation la What is the maximum volume of PH3(g) that a chemist can obtain from the reaction shown by Equation 1a, if 0.005 mol LiPH reacts with 0.002 mol R NBCl, at 0°C and 1 atm? A. 0.672 mL B. 6.72 mL C. 67.2 mL D. 67.2 L
The M/M/1 and M/M/1/K queuing system: Consider the M/M/1 and M/M/1/K queuing systems [see in class notes]. For the M/M/1/K system show that, for ρ < 1, in class notes: p" (1-p) п-0, 1,2, ..., К-1; р-— 1-р*а п, K+1 и N- Р_(К+1)pku К-+1 1-р*а 1-р M/M/1 Queuing System with Finite Capacity (M/M/1/K) Systems have a finite capacity for serving customers. The M/M/1 queuing system capable of supporting up to K customers is called an M/M/1/K queuing system. Arrivals at...