Purpose: The entry/Exit of the parking lot is a single lane passage. By controlling the indicators, the program ensures that only one car can pass through the Entry/Exit so as to prevent car accident between entering and leaving cars. Y1 YO XO X1 Program Description: In the parking lot, there are two light indicators individually directing the entering and leaving cars. By the interlock control circuit, only one indicator will show "GO" signal and the car accident will thus be prevented. When an entering car draws near the vehicle control barrier, XO will be ON and so will YO. The entering car indicator will show "GO". At the same time, the leaving car indicator will show "STOP". Car entering is allowed but leaving is prohibited in this case. When a leaving car draws near the vehicle control barrier, X1 will be ON and so will Y1. The leaving car indicator will show "GO" and the entering car indicator will show "STOP GO

Question 9 (1 point) What is the final answer for the Boolean expression: (1-0+1) · (I+1-1) 3 1 2 None of the choices

A device is to be installed to control elevators in a building with several floors. The system will use the following logic/rules to move elevators between floors:● Each elevator has a set of m buttons, one for each floor. These illuminate when pressed and cause the elevator to visit the corresponding floor. The illumination is canceled when the elevator visits the corresponding floor. ● Each floor, except the first floor and top floor has two buttons, one to request an up-elevator and one to request a down-elevator. These buttons illuminate when pressed. The illumination is canceled when an elevator visits the floor and then moves in the desired direction.● When an elevator has no requests, it remains at its current floor with its doors closed. The basic course of Action for an elevator scenario is: 1. Passenger presses the floor button (that is the button on the wall). 2. Elevator system detects the floor button pressed. 3. Elevator moves to the floor. 4. Elevator doors open. 5.…

4. Consider the series RLC circuit in Homework 7, Question 2. The component values are R = 1 ohms, inductance = 0.3 henries, and capacitance C = 0.6 farads. Enter w (double-u) for w (omega). x(t) L C (a) Find the frequency response function H(w) Y(w) = X(w) H(w) = (b) Find the positive linear frequency fo = wo in Hz at which |H(w) = 1. This is the resonant frequency or the center frequency of the bandpass filter. fo = (c) Find the two positive frequencies f₁₁ = 1 and (fcı < fœ₂) in Hz, at which |H(w)| = fc2 = These are the half-power frequencies of the bandpass filter. fc₁ = fc₂ = R www y(t)

Assume that at time tm, the current in the inductor is at a maximum, at that time, the current flows from point b to point a. At time tm, which of the following statements is true? ▸View Available Hint(s) O The voltage across the inductor must be zero and increasing The voltage across the inductor must be zero and decreasing. O The voltage across the inductor must be positive and momentarily constant O The voltage across the inductor must be negative and momentarily constant

How is the control unit put together and what parts do you need for vertical coding to work?