In ∆ABC, ∠A = 100°, ∠B = 30° and ∠C = 50° then: from

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 Multiple Choice QuestionsMultiple Choice Questions

151. In the given figure, if AB = DC, ∠ABD = ∠CDB, which congruence rule would you apply to prove ∆ABD ≅ ∆CDB?




  • SAS 
  • ASA
  • RHS 
  • RHS 
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152. Among the following which is not a criteria for congruence of two triangles?
  • SAS 
  • ASA
  • SSA 
  • SSA 
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153.  In ∆PQR, PE is the perpendicular bisector of ∠QPR, then:
  • QE = PE   
  • QP >  QE
  • PQ = PR
  • PQ = PR
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154.  ∆ABC ≅ ∆PQR, then which of the following is true:
  • A ↔ R 
  • AB = QR
  • AC = PQ 
  • AC = PQ 
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155. In ∆PQR, if ∠R >  ∠Q, then:
  • QR >  PR

  • PQ >  PR
  • PQ <  PR
  • PQ <  PR
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156. In two triangles ABC and DEF, ∠A = ∠D, ∠B = ∠E and AB = EF, then are the two triangles congruent? If yes, by which congruency rule?
  •  yes, by AAS
  • No
  • yes, by ASA 
  • yes, by ASA 
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157. In ∆ABC, ∠A = 100°, ∠B = 30° and ∠C = 50° then:
  • AB >  AC 
  • AB <  AC
  • BC <  AC 
  • BC <  AC 


A.

AB >  AC 
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158. Two sides of a triangle are of lengths 7 cm and 3.5 cm. The length of the third side of the triangle cannot be:
  • 3.6 cm   
  • 4.1 cm
  • 3.4 cm 
  • 3.4 cm 
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159.

Which congruence rule is used to show ∆ACB ≅ ∆ADB?

 
  • ASA
  • SSS
  • AAS  
  • AAS  
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160. Two sides of a triangle are 5 cm and 1.5 cm. The length of the third side can not be:
  • 3.6 cm 
  • 4.5 cm
  • 3.8 cm
  • 3.8 cm
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