Part2: Sequential control using an electrical timer as a switching device Design an electro-pneumatic system where two double acting cylinders should be actuated as follows: When an electrical push button is pressed, cylinder 1 waits 5 second then extends. When the cylinder 1 reaches full extension, cylinder 2 extends. When cylinder 2 is fully extended, the system waits 3 seconds, and then cylinder 1 and cylinder 2 retract. Hint: Use electrical limit switches for detection of full extension for cylinders and electrical timers for delays. Note the type of control DCV used, whether monostable or bistable. Try both cases using simulation. Construct the monostable case. Part2: Sequential control using an electrical timer as a switching device Design an electro-pneumatic system where two double acting cylinders should be actuated as follows: When an electrical push button is pressed, cylinder 1 waits 5 second then extends. When the cylinder 1 reaches full extension, cylinder 2 extends. When cylinder 2 is fully extended, the system waits 3 seconds, and then cylinder 1 and cylinder 2 retract. Hint: Use electrical limit switches for detection of full extension for cylinders and electrical timers for delays. Note the type of control DCV used, whether monostable or bistable. Try both cases using simulation. Construct the monostable case