本课配套习题挑战模式1/5
如图,已知三角形的两边长AB,AC分别为7和5,则第三边BC的中线AD的取值范围( )
A: 1<AD<6 |
B: 2<AD<5 |
C: 5<AD<7 |
D: 3<AD<4 |
- 提示1:PHA+6KaB5rGC56ys5LiJ6L655LiK5Lit57q/55qE5Y+W5YC86IyD5Zu077yM5Y+q5pyJ5bCG5Lit57q/5LiO5Lik5Liq5bey55+l6L656L2s56e75Yiw5ZCM5LiA5Liq5LiJ6KeS5b2i5Lit77yM54S25ZCO5Yip55So5LiJ6KeS5b2i55qE5LiJ6L655YWz57O75omN6IO96L+b6KGM5YiG5p6Q5ZKM5Yik5patPC9wPg==
- 答案:QQ==
<p><img alt="" 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Y3NjZcXxYUjbCoARoMlUolEAg8BuCORsr6CoYAMpnM6FhfwRDAqAkFAOOL8xpPYWiEtAb0suOPP/5obhTiEMh9F1Sv1/1+/y+//KIeAZyGuNTDch+AoiijMAKul7AAMMpCDQDs5NF12DP4yt1dAdDLhVYQMHSXrPTe62mInwcuuCDNbuRAMzMznpjQYrvQAVCXQUmn0/CuWYqisCybTqdHzfkAuVMDwEai4F+e5zVHRkouPISBxdXyDjwPnlvHIRDqnw3srgIA04Brtdq5c+cQ5wQTuQMA7F3MsixwOyPrfxTEAGq12h9//KFAG3r/n4lR9T8KSgAMw6i7RfM8D5wPvIs0spxgpf8AhuLci3cJE/8AAAAASUVORK5CYII=" src="data:image/png;base64,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"></p><p>解：延长AD至M使AD=DM，连接CM．</p><p>在△ABD和△CDM中，</p><p>&nbsp;AD＝MD ∠ADB＝∠MDC(对顶角相等) BD＝CD(中线的性质)&nbsp;&nbsp; ，</p><p>∴△ABD≌△CDM（SAS），</p><p>∴CM=AB=7．</p><p>在△ACM中，7-5＜2AD＜7+5，</p><p>∴1＜AD＜6．</p><p>故答案是：1＜AD＜6．</p>
本课配套习题挑战模式2/5
如图,在△ABC中,AB>AC,E为BC边的中点,AD为∠BAC的平分线,过E作AD的平行线,交AB于F,交CA的延长线于G. BF和CG的关系为( )
A: BF=CG |
B: BF=34 CG |
C: BF=23 CG |
D: BF=12 CG |
- 提示1:PHA+5bu26ZW/RkXoh7NR77yM5L2/RVE9RUbvvIzov57mjqVDUe+8jOagueaNrlNBU+ivgeKWs0JFRuKJjOKWs0NFUe+8jOaOqOWHukJGPUNR77yM4oigQkZFPeKIoFE8L3A+
- 提示2:PHA+5qC55o2u5bmz6KGM57q/5oCn6LSo5ZKM6KeS5bmz5YiG57q/5oCn6LSo5o6o5Ye64oigRz3iiKBHRkE94oigQkZF77yM5o6o5Ye64oigRz3iiKBR77yM5o6o5Ye6Q1E9Q0fljbPlj68uPC9wPg==
- 答案:QQ==
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
本课配套习题挑战模式3/5
如图,AD为△ABC的中线,∠ADB和∠ADC的平分线分别交AB、AC于点E、F.
判断BE+CF和EF的关系为( )
A: BE+CF>EF |
B: BE+CF<EF |
C: BE+CF=EF |
D: BE+CFEF |
- 提示1:PHA+5bu26ZW/RUTliLBI77yM5L2/REU9REjvvIzov57mjqVDSO+8jEZI77yM6K+B4pazRUZE4omM4pazSEZE77yM5o6o5Ye6RUY9RkjvvIzor4HilrNCREXiiYzilrNDREjvvIzmjqjlh7pCRT1DSO+8jOWcqOKWs0NGSOS4re+8jOeUseS4ieinkuW9ouS4iei+ueWFs+ezu+WumueQhuW+l+WHukNGK0NI77yeRkjvvIzku6PlhaXmsYLlh7rljbPlj68uPC9wPg==
- 答案:QQ==
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
本课配套习题挑战模式4/5
A: AB+AC>2AD |
B: AB+AC=2AD |
C: AB+AC<2AD |
D: 无法确定 |
- 提示1:IOWAjemVv+S4ree6vw==
- 答案:QQ==
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
本课配套习题挑战模式5/5
如图①,点O为线段MN的中点,PQ与MN相交于点O,且PM∥NQ,可证△PMO≌△QNO. 根据上述结论完成下列探究活动:
探究:如图②,在四边形ABCD中,AB∥DC,E为BC边的中点,∠BAE=∠EAF,AF与DC的延长线相交于点F. 线段AB与AF、CF之间的数量关系为()
A: AB<AF+CF |
B: AB=AF+CF |
C: AB>AF+CF |
D: ABAF+CF |
- 提示1:PHA+5qC55o2u5bey55+l5p2h5Lu25Y+v5Lul5b6X5Yiw4pazQUJF4omM4pazR0NF77yM55Sx5q2k5b6X5YiwQUI9Q0c8L3A+
- 提示2:PHA+5Yip55So5bmz6KGM57q/55qE5oCn6LSo5ZKM562J6IWw5LiJ6KeS5b2i55qE5Yik5a6a5a6a55CG5Y+v5Lul6K+B5piOQUY9R0bvvIzliKnnlKjov5nkupvljbPlj6/or4HmmI7popjnm67nmoTnu5Porro8L3A+
- 答案:Qg==
<p><img src="data:image/png;base64,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" 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" alt=""></p><p>解：（1）AB=AF+CF．<br>如图2，分别延长DC、AE，交于G点，<br>根据图①得△ABE≌△GCE，<br>∴AB=CG，<br>又AB∥DC，<br>∴∠BAE=∠G<br>而∠BAE=∠EAF，<br>∴∠G=∠EAF，<br>∴AF=GF，<br>∴AB=CG=GF+CF=AF+CF；</p>