subject DLD plzz solve urgent with complete detail ..thanks... The coolant flow is required to be regulated to maintain the temperature of a running engine. A flowtransmitter (FT) is installed on a cooling line to monitor the flow of coolant for this purpose. The inputand output of FT are as shown in Figure 1:16(14, 15)(13, 14),14(12, 13)(11, 12),12(9, 11) (10, 11)(8, 10)10(7, 9)(6, 8)(5, 7)6(3, 5) (4, 5),(2, 4)4-11359.111315Flow (in cubic meter)Figure 1: Input and output of Flow TransmitterConsidering the combinational circuits, do the following in view of the above-mentioned input and output:a) Compute the truth table for the systemb) Write down the equationsc) Draw the logic diagramsd) Implement the last output obtained from part (a) with 8 X 1 MUX and external gatesPage 1 of 3Current (in mA)

The coolant flow is required to be regulated to maintain the temperature of a running engine. A flow transmitter (FT) is installed on a cooling line to monitor the flow of coolant for this purpose. The input and output of FT are as shown in Figure 1: 16 (14, 15) (13, 14), 14 (12, 13) (11, 12) 12 (9, 11) (10, 11). (8, 10) 10 (7, 9) (6, 8) 8 (5, 7) 6 (3, 5) (4, 5) (2, 4) 4 2 -1 1 3 11 13 15 Flow (in cubic meter) Figure 1: Input and output of Flow Transmitter Considering the combinational circuits, do the following in view of the above-mentioned input and output: a) Compute the truth table for the system b) Write down the equations c) Draw the logic diagrams d) Implement the last output obtained from part (a) with 8 X 1 MUX and external gates Current (in mA)

The coolant flow is required to be regulated to maintain the temperature of a running engine. A flow transmitter (FT) is installed on a cooling line to monitor the flow of coolant for this purpose. The input and output of FT are as shown in Figure 1: 16 (14, 15) (13, 14), 14 (12, 13) (11, 12) 12 (9, 11) (10, 11). (8, 10) 10 (7, 9) (6, 8) 8 (5, 7) 6 (3, 5) (4, 5) (2, 4) 4 2 -1 1 3 11 13 15 Flow (in cubic meter) Figure 1: Input and output of Flow Transmitter Considering the combinational circuits, do the following in view of the above-mentioned input and output: a) Compute the truth table for the system b) Write down the equations c) Draw the logic diagrams d) Implement the last output obtained from part (a) with 8 X 1 MUX and external gates Current (in mA)

Operations Research : Applications and Algorithms

4th Edition

ISBN:9780534380588

Author:Wayne L. Winston

Publisher:Wayne L. Winston

Chapter9: Integer Programming

Section9.6: Solving Combinatorial Optimization Problems By The Branch-and-bound Method

Problem 4P

See similar textbooks

Similar questions

The input of an IC requires a constant 5 V, but the supply voltage is 9 V. Use thevoltage divider equations to create a voltage divider with an output of 5 V. Assumethe IC has such a high input resistance (10 MΩ) that it practically draws nocurrent from the divider.
A beam supports a load varying uniformly from an intensity of w lb/ft at the left end to p lb/ft at the right end. Find the value of w and p to cause the reactions shown in figure.
Write a Step 7 program to control the following operations: 1. Place two parts in the feeding magazine (metallic and nonmetallic). 2. The ejector plate (Feed cyl) of the supply unit should push one part onto the conveyor. 4. The conveyor turns on and transfers the part past the sensor unit, where it is checked for type, to the stopper unit. 5. If the part is metallic, when it reaches the stopper, the conveyor stops, the z-axis cylinder goes down, the suction cup picks the part up, and then the z-axis retracts. The x-axis cylinder extends to drop the part onto the workpiece holding platform, while the cylinder is in the upper position (without lowering the z-axis). The x-axis retracts to the initial position.6. If the part is plastic, when it reaches the stopper, the conveyor stops, and the buzzer is turned on for a while then stops. 7. The process repeats. 8. Use the counters to count the different types of workpieces processed through the system.
In a certain chemical-processing plant, a liquid chemical is used in a manufacturing process. The chemical is stored in three different tanks. A level sensor in each tank produces a HIGH voltage when the level of chemical in the tank drops below a specified point. Design a circuit that monitors the chemical level in each tank and indicates when the level in any two of the tanks drops below the specified point.
With a counter 10 lights will be controlled. At the first clock pulse all lights will be ON (1). at the following pulses, lights will be off from inside to outside and the ones that are OFF will not be ON. According to which modulo must this design work ?
Design a finite state machine to control a device which consists of five sensors lined up in a row, controlled by the finite state machine’s outputs Zero, One, Two, Three, and Four. The five sensors scan an area outside a building. Each sensor scans one part of that area. When the sensor’s output is one, it is scanning its area, and when the sensor’s output is zero, it is not scanning its area. Only one sensor is on at a time meaning that each sensor takes a turn at being the sensor that is currently on. This turn taking follows a backand-forth motion going from left to right and then going from right to left. It is this “motion” that the finite state machine controls. The clock speed (which you do not need to know) regulates the rate of the motion. There are no inputs for the finite state machine.
Design a finite state machine to control a device which consists of five sensors lined up in a row, controlled by the finite state machine’s outputs Zero, One, Two, Three, and Four. The five sensors scan an area outside a building. Each sensor scans one part of that area. When the sensor’s output is one, it is scanning its area, and when the sensor’s output is zero, it is not scanning its area. Only one sensor is on at a time meaning that each sensor takes a turn at being the sensor that is currently on. This turn taking follows a backand-forth motion going from left to right and then going from right to left. It is this “motion” that the finite state machine controls. The clock speed (which you do not need to know) regulates the rate of the motion. There are no inputs for the finite state machine. a. Draw the State Diagram for the controller b. Then, name the states of the controller and assign state numbers to the states in the state mapping table. c.Then, use the state mapping table…
Design a finite state machine to control a device which consists of five sensors lined up in a row, controlled by the finite state machine’s outputs Zero, One, Two, Three, and Four. The five sensors scan an area outside a building. Each sensor scans one part of that area. When the sensor’s output is one, it is scanning its area, and when the sensor’s output is zero, it is not scanning its area. Only one sensor is on at a time meaning that each sensor takes a turn at being the sensor that is currently on. This turn taking follows a backand-forth motion going from left to right and then going from right to left. It is this “motion” that the finite state machine controls. The clock speed (which you do not need to know) regulates the rate of the motion. There are no inputs for the finite state machine. a. Draw the State Diagram for the controller
81. In ______ schemes, the voltages are on the both sides of the time axis. For example, the voltage level for 0 can be positive and the voltage level for 1 can be negative. a. polar b. bipolar c. unipolar d. all of the above
Analysis the wiring of a house circuit having fluorescent labs, incandescent lamp and a single phase motor is supplied from a 230 V, 50 Hz single-phase supply. The load details: (i) fluorescent lamps taking a current of 8 A at a power factor of 0.9 leading, (ii) incandescent lamps taking a current of 6 A at unity power factor, (iii) a motor taking a current of 12 A at a power factor of 0.65 lagging. Determine the total current taken from the supply and the overall power factor. Find also the value of a static capacitor connected in parallel with the loads to improve the overall power factor to 0.98 lagging. Illustrate the solution with relevant phasor diagram.
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
Computer Science 1. Design a circuit for a digital lock using the minimum number of D latches. The lock has two input push-button switches A, B and it outputs a single pulse (Z1) for each activation i.e. lock open. The two switches are interlocked mechanically so that simultaneous pulses are not possible. The lock should have the following features: a. The opening sequence is 0011. ii. Then replace ‘0’ by ‘A’ and ‘1’ by ‘B’ in the sequence. b. Five B pulses should give an absolute reset. c. Any incorrect use of the A switch will cause an output (Z2) to ring a bell to warn that the lock is being tampered.