Answer:
is the correct answer to the given question .
Step-by-step explanation:
In this question the figure is missing We have attached the figure kindly find it .
Now coming to the answer
With the help of Triangle Inequality Theorem.
The triangle Inequality theorem saying that the total of a sizes of either side of a triangle is larger than the size of a third side
Consider that x be the measurement of the 3rd side triangle
Now apply the theorem of Inequality
(1 )

Update the equation so it will written like that

(2)
Again with the help of triangle Inequality theorem

Hence the possible ranges of the size is

Therefore the answer is 1.3< x < 6.7