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“泌别清浊”，属于
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州都之官是泌别清浊的是
泌别清浊是属于
胃的生理功能
小肠的生理功能
大肠的生理功能
膀胱的生理功能
肾的生理功能
以下选项中属于小肠的生理功能是
主受盛化物
主泌别清浊
主吸收
主液
泌别清浊属于
胃的功能
小肠的功能
三焦的功能
膀胱的功能
胆的功能
大肠的主要生理功能是泌别清浊
泌别清浊属于
小肠的生理功能
胃的生理功能
大肠的生理功能
膀胱的生理功能
肾的生理功能
何谓泌别清浊
下列各项具有泌别清浊功能的是
脾
胃
小肠
膀胱
中焦如沤描述
受盛化物
化精微，奉全身
泌别清浊
泌糟粕，蒸津液
泌别清浊属于何脏腑的生理功能
脾
胃
大肠
小肠
肾
小肠的泌别清浊功能主要体现在哪些方面
小肠主受盛化物和泌别清浊
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ThemoleculesofcarbondioxideintheEarth’satmosphereaffecttheheatbalanceoftheEarthbyactingasaone-wayscreen.1thesemoleculesallowradiationatvisiblewavelengthswheremostoftheenergyofsunlightisconcernedtopass2theyabsorbsomeofthelonger-wave-lengthinfraredemissionsradiatedfromtheEarth’ssurfaceradiationthatwould3betransmittedbackintospace.FortheEarthtomaintainaconstantaveragetemperaturesuchemissionsfromtheplanetmust4incomingsolarradiation.Iftherewerenocarbondioxideintheatmosphereheatwould5fromtheEarthmuchmoreeasily. Today6thepotentialproblemistoomuchcarbondioxide.Couldtheincreaseincarbondioxide7aglobalriseinaveragetemperatureandcouldsucharisehaveserious8forhumansocietyMathematicalmodelsthatallowustocalculatetheriseintemperatureasafunctionoftheincrease9;thatthe10isprobablyyes. Onemathematicalmodel11thatdoublingtheatmosphericcarbondioxidewouldraisetheglobalmeansurfacetemperatureby2.5℃.Thismodelassumesthattheatmosphere’srelativehumidityremainsconstantandthetemperaturedecreaseswithaltitudeata12of6.5℃perkilometer.Theassumptionofconstantrelativehumidityisimportantbecausewatervaporintheatmosphereisanother13absorberorradiationatinfraredwavelengths.Becausewarmaircanholdmore14thancoolairtherelativehumiditywillbeconstant15theamountofwatervaporintheatmosphereincreases16thetemperaturerises.17moreinfraredradiationwouldbeabsorbedandreradiated18totheEarth’ssurface.Theresultantwarmingatthesurfacecouldbeexpectedtomeltsnowandice19theEarth’sreflectivity.Moresolarradiationwouldbeabsorbed20toafurtherincreaseintemperature. Readthefollowingtext.ChoosethebestwordsforeachnumberedblankandmarkABCorDonANSWERSHEET1.13
ThemoleculesofcarbondioxideintheEarth’satmosphereaffecttheheatbalanceoftheEarthbyactingasaone-wayscreen.1thesemoleculesallowradiationatvisiblewavelengthswheremostoftheenergyofsunlightisconcernedtopass2theyabsorbsomeofthelonger-wave-lengthinfraredemissionsradiatedfromtheEarth’ssurfaceradiationthatwould3betransmittedbackintospace.FortheEarthtomaintainaconstantaveragetemperaturesuchemissionsfromtheplanetmust4incomingsolarradiation.Iftherewerenocarbondioxideintheatmosphereheatwould5fromtheEarthmuchmoreeasily. Today6thepotentialproblemistoomuchcarbondioxide.Couldtheincreaseincarbondioxide7aglobalriseinaveragetemperatureandcouldsucharisehaveserious8forhumansocietyMathematicalmodelsthatallowustocalculatetheriseintemperatureasafunctionoftheincrease9;thatthe10isprobablyyes. Onemathematicalmodel11thatdoublingtheatmosphericcarbondioxidewouldraisetheglobalmeansurfacetemperatureby2.5℃.Thismodelassumesthattheatmosphere’srelativehumidityremainsconstantandthetemperaturedecreaseswithaltitudeata12of6.5℃perkilometer.Theassumptionofconstantrelativehumidityisimportantbecausewatervaporintheatmosphereisanother13absorberorradiationatinfraredwavelengths.Becausewarmaircanholdmore14thancoolairtherelativehumiditywillbeconstant15theamountofwatervaporintheatmosphereincreases16thetemperaturerises.17moreinfraredradiationwouldbeabsorbedandreradiated18totheEarth’ssurface.Theresultantwarmingatthesurfacecouldbeexpectedtomeltsnowandice19theEarth’sreflectivity.Moresolarradiationwouldbeabsorbed20toafurtherincreaseintemperature. Readthefollowingtext.ChoosethebestwordsforeachnumberedblankandmarkABCorDonANSWERSHEET1.3
ThemoleculesofcarbondioxideintheEarth’satmosphereaffecttheheatbalanceoftheEarthbyactingasaone-wayscreen.1thesemoleculesallowradiationatvisiblewavelengthswheremostoftheenergyofsunlightisconcernedtopass2theyabsorbsomeofthelonger-wave-lengthinfraredemissionsradiatedfromtheEarth’ssurfaceradiationthatwould3betransmittedbackintospace.FortheEarthtomaintainaconstantaveragetemperaturesuchemissionsfromtheplanetmust4incomingsolarradiation.Iftherewerenocarbondioxideintheatmosphereheatwould5fromtheEarthmuchmoreeasily. Today6thepotentialproblemistoomuchcarbondioxide.Couldtheincreaseincarbondioxide7aglobalriseinaveragetemperatureandcouldsucharisehaveserious8forhumansocietyMathematicalmodelsthatallowustocalculatetheriseintemperatureasafunctionoftheincrease9;thatthe10isprobablyyes. Onemathematicalmodel11thatdoublingtheatmosphericcarbondioxidewouldraisetheglobalmeansurfacetemperatureby2.5℃.Thismodelassumesthattheatmosphere’srelativehumidityremainsconstantandthetemperaturedecreaseswithaltitudeata12of6.5℃perkilometer.Theassumptionofconstantrelativehumidityisimportantbecausewatervaporintheatmosphereisanother13absorberorradiationatinfraredwavelengths.Becausewarmaircanholdmore14thancoolairtherelativehumiditywillbeconstant15theamountofwatervaporintheatmosphereincreases16thetemperaturerises.17moreinfraredradiationwouldbeabsorbedandreradiated18totheEarth’ssurface.Theresultantwarmingatthesurfacecouldbeexpectedtomeltsnowandice19theEarth’sreflectivity.Moresolarradiationwouldbeabsorbed20toafurtherincreaseintemperature. Readthefollowingtext.ChoosethebestwordsforeachnumberedblankandmarkABCorDonANSWERSHEET1.5
ThemoleculesofcarbondioxideintheEarth’satmosphereaffecttheheatbalanceoftheEarthbyactingasaone-wayscreen.1thesemoleculesallowradiationatvisiblewavelengthswheremostoftheenergyofsunlightisconcernedtopass2theyabsorbsomeofthelonger-wave-lengthinfraredemissionsradiatedfromtheEarth’ssurfaceradiationthatwould3betransmittedbackintospace.FortheEarthtomaintainaconstantaveragetemperaturesuchemissionsfromtheplanetmust4incomingsolarradiation.Iftherewerenocarbondioxideintheatmosphereheatwould5fromtheEarthmuchmoreeasily. Today6thepotentialproblemistoomuchcarbondioxide.Couldtheincreaseincarbondioxide7aglobalriseinaveragetemperatureandcouldsucharisehaveserious8forhumansocietyMathematicalmodelsthatallowustocalculatetheriseintemperatureasafunctionoftheincrease9;thatthe10isprobablyyes. Onemathematicalmodel11thatdoublingtheatmosphericcarbondioxidewouldraisetheglobalmeansurfacetemperatureby2.5℃.Thismodelassumesthattheatmosphere’srelativehumidityremainsconstantandthetemperaturedecreaseswithaltitudeata12of6.5℃perkilometer.Theassumptionofconstantrelativehumidityisimportantbecausewatervaporintheatmosphereisanother13absorberorradiationatinfraredwavelengths.Becausewarmaircanholdmore14thancoolairtherelativehumiditywillbeconstant15theamountofwatervaporintheatmosphereincreases16thetemperaturerises.17moreinfraredradiationwouldbeabsorbedandreradiated18totheEarth’ssurface.Theresultantwarmingatthesurfacecouldbeexpectedtomeltsnowandice19theEarth’sreflectivity.Moresolarradiationwouldbeabsorbed20toafurtherincreaseintemperature. Readthefollowingtext.ChoosethebestwordsforeachnumberedblankandmarkABCorDonANSWERSHEET1.7
ThemoleculesofcarbondioxideintheEarth’satmosphereaffecttheheatbalanceoftheEarthbyactingasaone-wayscreen.1thesemoleculesallowradiationatvisiblewavelengthswheremostoftheenergyofsunlightisconcernedtopass2theyabsorbsomeofthelonger-wave-lengthinfraredemissionsradiatedfromtheEarth’ssurfaceradiationthatwould3betransmittedbackintospace.FortheEarthtomaintainaconstantaveragetemperaturesuchemissionsfromtheplanetmust4incomingsolarradiation.Iftherewerenocarbondioxideintheatmosphereheatwould5fromtheEarthmuchmoreeasily. Today6thepotentialproblemistoomuchcarbondioxide.Couldtheincreaseincarbondioxide7aglobalriseinaveragetemperatureandcouldsucharisehaveserious8forhumansocietyMathematicalmodelsthatallowustocalculatetheriseintemperatureasafunctionoftheincrease9;thatthe10isprobablyyes. Onemathematicalmodel11thatdoublingtheatmosphericcarbondioxidewouldraisetheglobalmeansurfacetemperatureby2.5℃.Thismodelassumesthattheatmosphere’srelativehumidityremainsconstantandthetemperaturedecreaseswithaltitudeata12of6.5℃perkilometer.Theassumptionofconstantrelativehumidityisimportantbecausewatervaporintheatmosphereisanother13absorberorradiationatinfraredwavelengths.Becausewarmaircanholdmore14thancoolairtherelativehumiditywillbeconstant15theamountofwatervaporintheatmosphereincreases16thetemperaturerises.17moreinfraredradiationwouldbeabsorbedandreradiated18totheEarth’ssurface.Theresultantwarmingatthesurfacecouldbeexpectedtomeltsnowandice19theEarth’sreflectivity.Moresolarradiationwouldbeabsorbed20toafurtherincreaseintemperature. Readthefollowingtext.ChoosethebestwordsforeachnumberedblankandmarkABCorDonANSWERSHEET1.17
ThroughstudyinggrocerylistsBillKeaggyfindsthat
ThemoleculesofcarbondioxideintheEarth’satmosphereaffecttheheatbalanceoftheEarthbyactingasaone-wayscreen.1thesemoleculesallowradiationatvisiblewavelengthswheremostoftheenergyofsunlightisconcernedtopass2theyabsorbsomeofthelonger-wave-lengthinfraredemissionsradiatedfromtheEarth’ssurfaceradiationthatwould3betransmittedbackintospace.FortheEarthtomaintainaconstantaveragetemperaturesuchemissionsfromtheplanetmust4incomingsolarradiation.Iftherewerenocarbondioxideintheatmosphereheatwould5fromtheEarthmuchmoreeasily. Today6thepotentialproblemistoomuchcarbondioxide.Couldtheincreaseincarbondioxide7aglobalriseinaveragetemperatureandcouldsucharisehaveserious8forhumansocietyMathematicalmodelsthatallowustocalculatetheriseintemperatureasafunctionoftheincrease9;thatthe10isprobablyyes. Onemathematicalmodel11thatdoublingtheatmosphericcarbondioxidewouldraisetheglobalmeansurfacetemperatureby2.5℃.Thismodelassumesthattheatmosphere’srelativehumidityremainsconstantandthetemperaturedecreaseswithaltitudeata12of6.5℃perkilometer.Theassumptionofconstantrelativehumidityisimportantbecausewatervaporintheatmosphereisanother13absorberorradiationatinfraredwavelengths.Becausewarmaircanholdmore14thancoolairtherelativehumiditywillbeconstant15theamountofwatervaporintheatmosphereincreases16thetemperaturerises.17moreinfraredradiationwouldbeabsorbedandreradiated18totheEarth’ssurface.Theresultantwarmingatthesurfacecouldbeexpectedtomeltsnowandice19theEarth’sreflectivity.Moresolarradiationwouldbeabsorbed20toafurtherincreaseintemperature. Readthefollowingtext.ChoosethebestwordsforeachnumberedblankandmarkABCorDonANSWERSHEET1.11
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ThemoleculesofcarbondioxideintheEarth’satmosphereaffecttheheatbalanceoftheEarthbyactingasaone-wayscreen.1thesemoleculesallowradiationatvisiblewavelengthswheremostoftheenergyofsunlightisconcernedtopass2theyabsorbsomeofthelonger-wave-lengthinfraredemissionsradiatedfromtheEarth’ssurfaceradiationthatwould3betransmittedbackintospace.FortheEarthtomaintainaconstantaveragetemperaturesuchemissionsfromtheplanetmust4incomingsolarradiation.Iftherewerenocarbondioxideintheatmosphereheatwould5fromtheEarthmuchmoreeasily. Today6thepotentialproblemistoomuchcarbondioxide.Couldtheincreaseincarbondioxide7aglobalriseinaveragetemperatureandcouldsucharisehaveserious8forhumansocietyMathematicalmodelsthatallowustocalculatetheriseintemperatureasafunctionoftheincrease9;thatthe10isprobablyyes. Onemathematicalmodel11thatdoublingtheatmosphericcarbondioxidewouldraisetheglobalmeansurfacetemperatureby2.5℃.Thismodelassumesthattheatmosphere’srelativehumidityremainsconstantandthetemperaturedecreaseswithaltitudeata12of6.5℃perkilometer.Theassumptionofconstantrelativehumidityisimportantbecausewatervaporintheatmosphereisanother13absorberorradiationatinfraredwavelengths.Becausewarmaircanholdmore14thancoolairtherelativehumiditywillbeconstant15theamountofwatervaporintheatmosphereincreases16thetemperaturerises.17moreinfraredradiationwouldbeabsorbedandreradiated18totheEarth’ssurface.Theresultantwarmingatthesurfacecouldbeexpectedtomeltsnowandice19theEarth’sreflectivity.Moresolarradiationwouldbeabsorbed20toafurtherincreaseintemperature. Readthefollowingtext.ChoosethebestwordsforeachnumberedblankandmarkABCorDonANSWERSHEET1.1
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ThemoleculesofcarbondioxideintheEarth’satmosphereaffecttheheatbalanceoftheEarthbyactingasaone-wayscreen.1thesemoleculesallowradiationatvisiblewavelengthswheremostoftheenergyofsunlightisconcernedtopass2theyabsorbsomeofthelonger-wave-lengthinfraredemissionsradiatedfromtheEarth’ssurfaceradiationthatwould3betransmittedbackintospace.FortheEarthtomaintainaconstantaveragetemperaturesuchemissionsfromtheplanetmust4incomingsolarradiation.Iftherewerenocarbondioxideintheatmosphereheatwould5fromtheEarthmuchmoreeasily. Today6thepotentialproblemistoomuchcarbondioxide.Couldtheincreaseincarbondioxide7aglobalriseinaveragetemperatureandcouldsucharisehaveserious8forhumansocietyMathematicalmodelsthatallowustocalculatetheriseintemperatureasafunctionoftheincrease9;thatthe10isprobablyyes. Onemathematicalmodel11thatdoublingtheatmosphericcarbondioxidewouldraisetheglobalmeansurfacetemperatureby2.5℃.Thismodelassumesthattheatmosphere’srelativehumidityremainsconstantandthetemperaturedecreaseswithaltitudeata12of6.5℃perkilometer.Theassumptionofconstantrelativehumidityisimportantbecausewatervaporintheatmosphereisanother13absorberorradiationatinfraredwavelengths.Becausewarmaircanholdmore14thancoolairtherelativehumiditywillbeconstant15theamountofwatervaporintheatmosphereincreases16thetemperaturerises.17moreinfraredradiationwouldbeabsorbedandreradiated18totheEarth’ssurface.Theresultantwarmingatthesurfacecouldbeexpectedtomeltsnowandice19theEarth’sreflectivity.Moresolarradiationwouldbeabsorbed20toafurtherincreaseintemperature. Readthefollowingtext.ChoosethebestwordsforeachnumberedblankandmarkABCorDonANSWERSHEET1.9
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ThemoleculesofcarbondioxideintheEarth’satmosphereaffecttheheatbalanceoftheEarthbyactingasaone-wayscreen.1thesemoleculesallowradiationatvisiblewavelengthswheremostoftheenergyofsunlightisconcernedtopass2theyabsorbsomeofthelonger-wave-lengthinfraredemissionsradiatedfromtheEarth’ssurfaceradiationthatwould3betransmittedbackintospace.FortheEarthtomaintainaconstantaveragetemperaturesuchemissionsfromtheplanetmust4incomingsolarradiation.Iftherewerenocarbondioxideintheatmosphereheatwould5fromtheEarthmuchmoreeasily. Today6thepotentialproblemistoomuchcarbondioxide.Couldtheincreaseincarbondioxide7aglobalriseinaveragetemperatureandcouldsucharisehaveserious8forhumansocietyMathematicalmodelsthatallowustocalculatetheriseintemperatureasafunctionoftheincrease9;thatthe10isprobablyyes. Onemathematicalmodel11thatdoublingtheatmosphericcarbondioxidewouldraisetheglobalmeansurfacetemperatureby2.5℃.Thismodelassumesthattheatmosphere’srelativehumidityremainsconstantandthetemperaturedecreaseswithaltitudeata12of6.5℃perkilometer.Theassumptionofconstantrelativehumidityisimportantbecausewatervaporintheatmosphereisanother13absorberorradiationatinfraredwavelengths.Becausewarmaircanholdmore14thancoolairtherelativehumiditywillbeconstant15theamountofwatervaporintheatmosphereincreases16thetemperaturerises.17moreinfraredradiationwouldbeabsorbedandreradiated18totheEarth’ssurface.Theresultantwarmingatthesurfacecouldbeexpectedtomeltsnowandice19theEarth’sreflectivity.Moresolarradiationwouldbeabsorbed20toafurtherincreaseintemperature. Readthefollowingtext.ChoosethebestwordsforeachnumberedblankandmarkABCorDonANSWERSHEET1.15
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