Construct a rhombus whose side is of length $3.4 \, cm$ and one of its angles is $45^{\circ} .$

(N/A) Steps of construction:
$1.$ Draw a line segment $AB = 3.4 \, cm$.
$2.$ At point $A$,construct an angle $\angle BAM = 45^{\circ}$.
$3.$ At point $B$,construct an angle $\angle TBN = 45^{\circ}$ (where $T$ is on the line extending from $AB$).
$4.$ From ray $AM$,cut off a segment $AD = 3.4 \, cm$.
$5.$ From ray $BN$,cut off a segment $BC = 3.4 \, cm$.
$6.$ Join $CD$. Thus,$ABCD$ is the required rhombus.