Answered: e that the hold and wait condition…

Engineering

Computer Science

e that the hold and wait condition never occurs in the system, it must b

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter2: Problem Solving Using C++using

Section: Chapter Questions

Problem 10PP: (Civil eng.) Modify the program written for Exercise 9 to determine the maximum load that can be...

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A factory produces two types of wood blocks with 2m and 4m lengths. The blocks are moved by a conveyor belt and passing under two photocells A and B spaced by 3m apart as shown in the following figure. The blocks are separated by more than 4m. A trap door is placed immediately to the right of photocell B. To separate the two types of blocks, it is required that the trap door should open when the small block pass under Band close when the blocks passed beyond B. The door opens when the output (2) of state machine is logic 1. The designer needs for . AND-gate(s) for implementing the aforementioned state machine (2) a d> 4m 3m 0.25m
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A robot system has a protective barrier enclosing the work cell area. The total time for the system to cometo a full halt after power is removed is 4 seconds, and an additional distance of 1.2 meter is required because of the height of the guard gate would allow operators to reach over it.Determine the minimum distance from the guard gate to the closed part of the robot work envelope, in meters NOTE: 1 meter = 1,000 millimeters
A factory produces two types of 2 points wood blocks with 2m and 4m lengths. The blocks are moved by a conveyor belt and passing under two photocells A and B spaced by 3m apart as shown in the following figure. The blocks are separated by more than 4m. A trap door is placed immediately to the right of photocell B. To separate the two types of blocks, it is required that the trap door should open when the small block pass under B and close when the blocks passed beyond B. The door opens when the output (Z) of state machine is logic 1. How many states the designer needs for drawing the minimal Mealy state diagram? * d> 4m 3m 0.25m 6. 5 4.
An industrial robot that places components on a printed circuit board has FIVE failsafe sensors. The robot should keep functioning unless any of the following conditions arise: If sensor A and sensor B are activated at the same time the system shuts down. If sensor B and sensor C are activated at the same time the system shuts down. If sensor C and sensor D are activated at the same time the system shuts down. If sensor D and sensor E are activated at the same time the system shuts down. X=Robot State (a) Write and complete the truth table for this design and write system. the resulting Boolean equation for this
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Q2) Design a minimum state HLSM that manages access to a road that is under construction. Maximum 10 cars can pass in any one direction at a time, when there are cars waiting on the other side. • The system starts in the IDLE state • CARS LEFT =1 if there are cars on the left side waiting to pass • CARS_RIGHT = 1 if there are cars on the right side waiting to pass • If cars arrive simultaneously on the left and on the right at the same time, the cars on the right go first. • Only one car is allowed on the road at a time. • If 10 cars have passed in one direction and there are no cars waiting on the other side, direction shouldn't be changed until a car arrives on the other side. (a) Draw the HLSM to represent the above system. (b) Draw the circuit representing the data-path of this system. (c) Draw the control unit and connect it to the data-path with correct labeling.
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The exit section of a critical section: а. makes sure that one of the waiting processes can enter the critical section b. makes sure that the critical section is always full c. makes sure that the a process remains in the critical section indefinitely O d. makes sure that the a process enters a critical section after a while
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Which of the following is one of the three characteristics that are sought when it comes to the electrical power supplying IT equipment? Maximization of circulating current Reduction of the grounding circuit Increase in electromagnetism  Minimization of electrical noise Which of the following is a condition that must be met in order to qualify for the exemption from grounding requirements? The installation is in contact with ground and other conductive material. The runs are in lengths more than 25 feet long.  The circuits contain an equipment grounding conductor. The installation is guarded from contact by people. Installations of computer circuits for IT centers typically include isolated/insulated grounding circuits derived from power distribution units.  signal reference grids.  sensitive electronics.  broadband grounding systems.