Design Problem A Chemical plant needs a microprocessor-driven alarm system to warn of critical conditions in one of its chemical tanks. The tank has four (HIGH / LOW) switches that monitor: • Temperature (T) • Pressure (P) • Fluid Level (L) Weight (W) Design a system that will notify the microprocessor to activate an alarm when any of the following conditions arise: • High Fluid Level with High Temperature and High Pressure • Low Fluid Level with High Temperature and High Weight • Low Fluid Level with Low Temperature and High Pressure Low Fluid Level with High Temperature and Low Weight

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Design Problem
A Chemical plant needs a microprocessor-driven alarm system to warn of critical
conditions in one of its chemical tanks. The tank has four (HIGH / LOW) switches that
monitor:
• Temperature (T)
• Pressure (P)
• Fluid Level (L)
• Weight (W)
Design a system that will notify the microprocessor to activate an alarm when any of the
following conditions arise:
• High Fluid Level with High Temperature and High Pressure
• Low Fluid Level with High Temperature and High Weight
• Low Fluid Level with Low Temperature and High Pressure
• Low Fluid Level with High Temperature and Low Weight
Transcribed Image Text:Design Problem A Chemical plant needs a microprocessor-driven alarm system to warn of critical conditions in one of its chemical tanks. The tank has four (HIGH / LOW) switches that monitor: • Temperature (T) • Pressure (P) • Fluid Level (L) • Weight (W) Design a system that will notify the microprocessor to activate an alarm when any of the following conditions arise: • High Fluid Level with High Temperature and High Pressure • Low Fluid Level with High Temperature and High Weight • Low Fluid Level with Low Temperature and High Pressure • Low Fluid Level with High Temperature and Low Weight
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