The construction of a triangle $ABC$,given that $BC = 3 \, cm$ and $\angle C = 60^{\circ}$,is possible when the difference of $AB$ and $AC$ is equal to: (in $cm$)

  • A
    $2.8$
  • B
    $3$
  • C
    $3.1$
  • D
    $3.2$

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Similar Questions

The construction of a triangle $ABC$,given that $BC = 6 \, cm, \angle B = 45^{\circ}$ is not possible when the difference of $AB$ and $AC$ is equal to: (in $cm$)

Construct an equilateral triangle if its altitude is $6\, cm$. Give justification for your construction.

Construct $\Delta ABC$ in which $BC = 6 \, cm$,$\angle B = 60^{\circ}$ and $AB - AC = 1 \, cm$. Write the steps of construction.

With the help of a ruler and a compass,it is not possible to construct an angle of: (in $^{\circ}$)

Construct an angle of measurement $30^{\circ}$.

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