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Given Table 1.0 below, it shows the various type of sources to generate electric power. You are assigned to sketch a flow chart for one of below power sources according to your matrix last two digits. For example, if your matrix no. is CD190018, you are assigned to mini wind turbine (please refer to the range in Table 1.0). In your flow chart, kindly show the concept of power generation from the selected source and based on total operation hours given by the user. Table 1.0 Range of matrix no. Between Between Between Between last two digits (00 – 25) (26 - 50) (51 - 75) (76 – 99) (e.g. CD190018) Туре of Mini wind Solar power Bicycle dynamo Hydro generator source turbine The wind direction and win speed in hour Dynamo rotation per minute (rpm) Flow rate in minute Factor to Weather - influence exposure of sun in hour energy harvest Temperature (C) & wind speed: Weather & Dynamo rpm: Water flow Factor to influence exposure: condition & flow Constant rpm:500 rate : energy harvest Cloudy/rainy: 30% <28: 20km/h exposure High rpm:1000 Turbulence: 28 and above: 6OL/min 30km/h Sunny: 90% exposure Steady: 30L/min Wind direction: Temperature (C*): Wind drag factor: Barrier in water. Factor to influence Direct blow: 100% 28<:80% Normal wind: Small barrier: energy harvest reduce rpm 20% reduce 10% flow Wind skewed 28 and above: rate from left/right: 60% Strong wind: reduce rpm 40% 100% Huge barrier: reduce 50% flow rate Energy generation rate/hour Every 10km/h wind speed =100watt Every hour exposure = 35 watt Every 100rpm = Every 15L/min = 15 10 watt watt (ideal condition)

Given Table 1.0 below, it shows the various type of sources to generate electric power. You are assigned to sketch a flow chart for one of below power sources according to your matrix last two digits. For example, if your matrix no. is CD190018, you are assigned to mini wind turbine (please refer to the range in Table 1.0). In your flow chart, kindly show the concept of power generation from the selected source and based on total operation hours given by the user. Table 1.0 Range of matrix no. Between Between Between Between last two digits (00 – 25) (26 - 50) (51 - 75) (76 – 99) (e.g. CD190018) Туре of Mini wind Solar power Bicycle dynamo Hydro generator source turbine The wind direction and win speed in hour Dynamo rotation per minute (rpm) Flow rate in minute Factor to Weather - influence exposure of sun in hour energy harvest Temperature (C) & wind speed: Weather & Dynamo rpm: Water flow Factor to influence exposure: condition & flow Constant rpm:500 rate : energy harvest Cloudy/rainy: 30% <28: 20km/h exposure High rpm:1000 Turbulence: 28 and above: 6OL/min 30km/h Sunny: 90% exposure Steady: 30L/min Wind direction: Temperature (C*): Wind drag factor: Barrier in water. Factor to influence Direct blow: 100% 28<:80% Normal wind: Small barrier: energy harvest reduce rpm 20% reduce 10% flow Wind skewed 28 and above: rate from left/right: 60% Strong wind: reduce rpm 40% 100% Huge barrier: reduce 50% flow rate Energy generation rate/hour Every 10km/h wind speed =100watt Every hour exposure = 35 watt Every 100rpm = Every 15L/min = 15 10 watt watt (ideal condition)

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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my last two digit number is= 01

Given Table 1.0 below, it shows the various type of sources to generate electric power. You are assigned to sketch a flow chart for one of below power sources according to your matrix last two digits. For example, if your matrix no. is CD190018, you are assigned to mini wind turbine (please refer to the range in Table 1.0). In your flow chart, kindly show the concept of power generation from the selected source and based on total operation hours given by the user. QI Table 1.0 Range of matrix no. Between Between Between Between last two digits (00 – 25) (26 - 50) (51 – 75) (76 – 99) (e.g. CD190018) Туре of Mini wind Solar power Bicycle dynamo Hydro generator source turbine The wind direction and win speed in Weather - exposure of sun in hour Dynamo rotation Flow rate in minute per minute (rpm) Factor to influence hour energy harvest Temperature (C°) & wind speed: Weather & Water flow Factor to Dynamo rpm: influence exposure: condition & flow Constant rpm:500 rate : energy harvest <28 : 20km/h Cloudy/rainy: 30% exposure High rpm:1000 Turbulence: 28 and above: 60L/min Sunny: 90% exposure 30km/h Steady: 30L/min Factor to Wind direction: Temperature (C“): Wind drag factor: Barrier in water: influence Small barrier: reduce 10% flow Direct blow: 100% 28<:80% Normal wind: energy harvest reduce rpm 20% Wind skewed from left/right: 60% 28 and above: rate 100% Strong wind: reduce rpm 40% Huge barrier: reduce 50% flow rate Energy generation rate/hour Every 10km/h wind speed =100watt Every hour Every 100rpm = Every 15L/min = 15 exposure = 35 watt 10 watt watt (ideal condition)
Transcribed Image Text:Given Table 1.0 below, it shows the various type of sources to generate electric power. You are assigned to sketch a flow chart for one of below power sources according to your matrix last two digits. For example, if your matrix no. is CD190018, you are assigned to mini wind turbine (please refer to the range in Table 1.0). In your flow chart, kindly show the concept of power generation from the selected source and based on total operation hours given by the user. QI Table 1.0 Range of matrix no. Between Between Between Between last two digits (00 – 25) (26 - 50) (51 – 75) (76 – 99) (e.g. CD190018) Туре of Mini wind Solar power Bicycle dynamo Hydro generator source turbine The wind direction and win speed in Weather - exposure of sun in hour Dynamo rotation Flow rate in minute per minute (rpm) Factor to influence hour energy harvest Temperature (C°) & wind speed: Weather & Water flow Factor to Dynamo rpm: influence exposure: condition & flow Constant rpm:500 rate : energy harvest <28 : 20km/h Cloudy/rainy: 30% exposure High rpm:1000 Turbulence: 28 and above: 60L/min Sunny: 90% exposure 30km/h Steady: 30L/min Factor to Wind direction: Temperature (C“): Wind drag factor: Barrier in water: influence Small barrier: reduce 10% flow Direct blow: 100% 28<:80% Normal wind: energy harvest reduce rpm 20% Wind skewed from left/right: 60% 28 and above: rate 100% Strong wind: reduce rpm 40% Huge barrier: reduce 50% flow rate Energy generation rate/hour Every 10km/h wind speed =100watt Every hour Every 100rpm = Every 15L/min = 15 exposure = 35 watt 10 watt watt (ideal condition)
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