(-1,1,0). and that 11) (8 pts.) Suppose that a = b=(1,0,-2) Find two vectors v and w, so that a = v+w, where v is parallel to b, and w is perpendicular to b.
(-1,1,0). and that 11) (8 pts.) Suppose that a = b=(1,0,-2) Find two vectors v and w, so that a = v+w, where v is parallel to b, and w is perpendicular to b.
Question 8 a) A) Find currents Is 12. 16 b) Find the voltage V and V5 c) Find the power delivered to the 3kΩ resistor. 10,4 kΩ 12 k2 12 k2
8. Find the current in the Rz resistor in the drawing (V. - 13.0 V, V, -23.0 V, V3 - 19.0 V, Ri - 1.00, R3 -2.4009, and Ry - 2.7002). WWW ZR₃
An 8-bit ADC has an 18.00-V reference. a. Find the outputs for input of 3.6 V and 86.7 V. b. What range of inputs could have caused the output to become B7H?
(a) (5pt) Given v# <-9, 9-3 > , find the magnitude and direction angle of vector v. (b) (5pt) Find the exact value of the product and write the result in a + ib form 8(cos(285) + i sin (285'))5 (cos(30) + i sin(30)) 5.
(a) (5pt) Given v# , find the magnitude and direction angle of vector v. (b) (5pt) Find the exact value of the product and write the result in a + ib form 8(cos(285) + i...
2. (10 Points) Use source transformation to find V. 10 w + V- + 8 V 222 ЗА
question 9 please NOT 8
estion 8 Find the sum Find the sun v + w с. 9, 13 а 2,5 2. (7,8) d. (5,7 ОА ов ос OD
8. Find the complex power delivered by v, to the network in Fig. 11.69 Let v, 100 cos 2000r V 209
lat a 1520° V 3-8-18 Vab 72 152 - 240° V 152 - 120° V {-8-8-8-82 Vca b toi tvo ict Find the line currents and line-to-line voltages. Round answer to 2 decimal places, add O's as needed. Express magnitude as positive number and angle between 180° al 2 A IN = 2 0 A id = 2 "A Uab = "V N Ube V L < Uca 2 V
Chapter 8, Problem 8.097 (Circuit Solution) Find V, in the network in the figure below. 11.12 + 0 12% v 320 22 1112 16% A (12/0° A (a) Find the real part of V.. (b) Find the imaginary part of Vo DO (a) (b)