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Match each Question with the correc - v Wind farms offshore A performance line B. v Power coefficient B. is the overall operating characteristics of a wind turbine v The wind speed experienced by a wind turbine C. hydrograph v For estimating the likely energy yield of a site D. mean wind speeds are usually measured with an averaging period of 1 hour v The energy of a hydro scheme E. diffused radiation v flow in a river are described wither by a time series of average daily flow F. proximate analysis G. made up of mean wind speeds, extreme wind speeds and variations in wind speeds v The head and flow of water v run-of-river schemes H. has higher mean wind speeds v Dark wall of large thermal mass separated from a glazed surface by a small airspace 1. azimuth angle greater than 90° v Estimate the future energy consumption for heating or cooling J. pyrolysis Number of heating degree days against the energy consumed in that K. moisture content month L. maximum energy output at the equator v passive applications M. comes from precipitation driven by the hydrological cycle v angle of declination N. determines the output of a hydro scheme v early mornings or late evening O. degree days v horizontal tilt angle P. output depends on the flow available within the river v solar radiation received form the sun after its direction has been changed o, trombe wall

Match each Question with the correc - v Wind farms offshore A performance line B. v Power coefficient B. is the overall operating characteristics of a wind turbine v The wind speed experienced by a wind turbine C. hydrograph v For estimating the likely energy yield of a site D. mean wind speeds are usually measured with an averaging period of 1 hour v The energy of a hydro scheme E. diffused radiation v flow in a river are described wither by a time series of average daily flow F. proximate analysis G. made up of mean wind speeds, extreme wind speeds and variations in wind speeds v The head and flow of water v run-of-river schemes H. has higher mean wind speeds v Dark wall of large thermal mass separated from a glazed surface by a small airspace 1. azimuth angle greater than 90° v Estimate the future energy consumption for heating or cooling J. pyrolysis Number of heating degree days against the energy consumed in that K. moisture content month L. maximum energy output at the equator v passive applications M. comes from precipitation driven by the hydrological cycle v angle of declination N. determines the output of a hydro scheme v early mornings or late evening O. degree days v horizontal tilt angle P. output depends on the flow available within the river v solar radiation received form the sun after its direction has been changed o, trombe wall

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Match each Question with the correct answer. v Wind farms offshore A. performance line B. v Power coefficient B. is the overall operating characteristics of a wind turbine v The wind speed experienced by a wind turbine C. hydrograph v For estimating the likely energy yield of a site D. mean wind speeds are usually measured with an averaging period of 1 hour v The energy of a hydro scheme E. diffused radiation v flow in a river are described wither by a time series of average daily flow F. proximate analysis G. made up of mean wind speeds, extreme wind speeds and variations in wind speeds v The head and flow of water v run-of-river schemes H. has higher mean wind speeds v Dark wall of large thermal mass separated from a glazed surface by a small airspace 1. azimuth angle greater than 90° v Estimate the future energy consumption for heating or cooling J. руrolysis v Number of heating degree days against the energy consumed in that month K. moisture content L. maximum energy output at the equator passive applications M. comes from precipitation driven by the hydrological cycle angle of declination N. determines the output of a hydro scheme v early mornings or late evening O. degree days v horizontal tilt angle P. output depends on the flow available within the river v solar radiation received form the sun after its direction has been changed Q. trombe wall BBBB
Transcribed Image Text:Match each Question with the correct answer. v Wind farms offshore A. performance line B. v Power coefficient B. is the overall operating characteristics of a wind turbine v The wind speed experienced by a wind turbine C. hydrograph v For estimating the likely energy yield of a site D. mean wind speeds are usually measured with an averaging period of 1 hour v The energy of a hydro scheme E. diffused radiation v flow in a river are described wither by a time series of average daily flow F. proximate analysis G. made up of mean wind speeds, extreme wind speeds and variations in wind speeds v The head and flow of water v run-of-river schemes H. has higher mean wind speeds v Dark wall of large thermal mass separated from a glazed surface by a small airspace 1. azimuth angle greater than 90° v Estimate the future energy consumption for heating or cooling J. руrolysis v Number of heating degree days against the energy consumed in that month K. moisture content L. maximum energy output at the equator passive applications M. comes from precipitation driven by the hydrological cycle angle of declination N. determines the output of a hydro scheme v early mornings or late evening O. degree days v horizontal tilt angle P. output depends on the flow available within the river v solar radiation received form the sun after its direction has been changed Q. trombe wall BBBB
The energy of a hydro scheme E. diffused radiation v flow in a river are described wither by a time series of average daily flow F. proximate analysis The head and flow of water G. made up of mean wind speeds, extreme wind speeds and variations in wind speeds v run-of-river schemes H. has higher mean wind speeds Dark wall of large thermal mass separated from a glazed surface by a small airspace I. azimuth angle greater than 90° v Estimate the future energy consumption for heating or cooling J. pyrolysis v Number of heating degree days against the energy consumed in that month K. moisture content L. maximum energy output at the equator v passive applications M. comes from precipitation driven by the hydrological cycle v angle of declination N. determines the output of a hydro scheme early mornings or late evening O, degree days v horizontal tilt angle P. output depends on the flow available within the river v solar radiation received form the sun after its direction has been changed Q. trombe wall K. v weight of water expressed as a % of overall weight R. solar energy is captured and used within a building v processing solid biomass S. constant throughout the day description of fuel in terms of water content T. ease handling and increase energy J. biomass is heated and volatile gasses are burnt
Transcribed Image Text:The energy of a hydro scheme E. diffused radiation v flow in a river are described wither by a time series of average daily flow F. proximate analysis The head and flow of water G. made up of mean wind speeds, extreme wind speeds and variations in wind speeds v run-of-river schemes H. has higher mean wind speeds Dark wall of large thermal mass separated from a glazed surface by a small airspace I. azimuth angle greater than 90° v Estimate the future energy consumption for heating or cooling J. pyrolysis v Number of heating degree days against the energy consumed in that month K. moisture content L. maximum energy output at the equator v passive applications M. comes from precipitation driven by the hydrological cycle v angle of declination N. determines the output of a hydro scheme early mornings or late evening O, degree days v horizontal tilt angle P. output depends on the flow available within the river v solar radiation received form the sun after its direction has been changed Q. trombe wall K. v weight of water expressed as a % of overall weight R. solar energy is captured and used within a building v processing solid biomass S. constant throughout the day description of fuel in terms of water content T. ease handling and increase energy J. biomass is heated and volatile gasses are burnt
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