5 Questions
Match the following assumptions with their corresponding implications for the Earthquake Warning System:
Logic circuit usage = System's ability to determine earthquake magnitude and activate warnings Simplicity of the system = Affordability and ease of installation and maintenance Two LEDs and a siren = Components used in the system for warnings Remote island location = Importance of system affordability and ease of installation and maintenance
Match the following regarding the Earthquake Warning System with their corresponding descriptions:
Logic circuit = Determines earthquake magnitude and activates appropriate LEDs and siren Remote island installation = Importance of system affordability and ease of installation and maintenance Two LEDs and a siren = Components used in the system for warnings Mango Island = Location where the Earthquake Warning System is being installed
Match the following components with their corresponding functions in the Earthquake Warning System:
Richter scale = Measures earthquake magnitude Yellow LED = Indicates earthquake magnitude from 0 to 2 Buzzer = Audible warning for earthquake magnitude 3-5 Red LED = Visual warning for earthquake magnitude 6-9
Match the following number of inputs with their corresponding purpose in constructing the Richter Scale:
Four inputs = Required to represent the 0-9 Richter Scale with 2^4 = 16 rows 16 rows = Matches the required number of rows for the 0-9 Richter Scale 0-9 Richter Scale = Magnitude scale used to measure earthquakes Magnitude of the yellow LED = Changes from 0 to 2 based on earthquake magnitude
Match the following earthquake magnitudes with their corresponding system responses in the Earthquake Warning System:
0-2 = Magnitude range indicated by the yellow LED 3-5 = Magnitude range for both the buzzer and yellow LED to activate 6-9 = Magnitude range for the red LED and buzzer to illuminate Indication of earthquake detection = Two LEDs and a siren activate upon detection of earthquake
Study Notes
Earthquake Warning System
- The system requires assumptions to function effectively
- These assumptions have implications for the Earthquake Warning System
- The system consists of various components that perform specific functions
- The Richter Scale is a crucial component that relies on a certain number of inputs to construct its magnitude measurement
- Different earthquake magnitudes trigger specific system responses in the Earthquake Warning System
"Earthquake Warning System Design Quiz" Test your knowledge of earthquake warning system design with this quiz. Covering topics such as seismic waves, open water safety, and system installation, this quiz will challenge your understanding of creating effective warning systems for fishermen.
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