Translation:
Given (V/m). Find Vab if a point is (1,0) and point b is (1/2
, 0)
Problema 3: (20 puntos): Dado (V/m). Halle Vab si el punto a es (1,0) y el punto b es (1/2,0). (V/m). Halle Vab si el punto a es(1,0) y el punto bes Problema 3: (20 puntos): Dado E = (1/2,0).
Question 4 0 out of 3 points Given Vab 100 Volts and I 20 Amps, find the conductance 2 out of 2 points
EXAMPLE Given: vA and θ Find: Horizontal distance it travels, h and vc. ,,-10 m/s c Plan: Apply the kinematic 300 relations in x- and y directions.
Problem 1, (10% ) In the following circuit. between the terminals a and b (Va) B. Find the Thévenin couivalent fre the circuit at terminals ab Far nedenstáende kredslab, A. Find spaendingen mellem terminalerne a ogb (Va). B. Find Theveninakvivalentet for kredslobet set fra termninalerne ab. RI-60 0 R2-40 0 V-5 y v2-3 v R1 R2 v2 V1 R3 R1
Problem 1, (10% ) In the following circuit. between the terminals a and b (Va) B. Find the Thévenin couivalent...
Car A goes along a curve of 100 m radius at a speed of 10 m/s and increasing at the rate of 5 m/s2 whereas Car B is moving along a straight stretch of road with a velocity of 18.5 m/s and increases at a rate of 2 m/s2. The position of both cars A and B at a particular instant is as shown in Figure Q2(a). Calculate the acceleration of car A relative to car B and their relative...
In the circuit given below, R-90 . Find the value of Vab and io using mesh analysis. 20 2 lo 30 2 80 V+ 20 2 0Vab 80 V + 30 2 The value of io in the circuit is 0.966 A. The value of Vab in the circuit is 28.98 V.
dynamics
Given: VA = 2 m/s down incline 0.3m 60 Find VB 8 WAB velour * Angular Velouty of B Velocity of AB Solve this using two Different methods. 1) Vector 2) I.C. 2 methods 3) graphical
An npn transistor with IS = 5 × 10−16 A, β= 100, and VA = 65 V is biased in the forward-active region with VBE = 0.72 V and VCE = 10 V. What is the collector current IC? What would be the collector current IC if VA = ∞? What is the ratio of the two answers in parts (b) and (c)?
Problem 43: Find the velocity of Boat B with respect to Boat A. VA = 10 m/s V8 = 6 m/s 70°C 40°
s Find vo in the circuit shown in Fig.P3. using Thevenin's Theorem. vA/5 10? + DA 10? 50 V 30 ? 39 ? 78 ?