Answer: Length of the radius of the sector is 6 units.
Step-by-step explanation:
Since we have given that
Length of an arc = 10.8
Radian of a central angle = 1.8
First we convert radian into degrees,

As we know the formula for "Length of an arc":

Hence, Length of the radius of the sector is 6 units.


Heres your answer girlfriend ♥️♥️
Have you followed me when I answered your last question???
The coefficient would be 5. a would be the variable, + would be the operator, and 2 would be the constant. Hope I helped!!!!!
The x-coordinate of D is 7 greater than that of A.
The y-coordinate of D is 3 less than that of A.
The appropriate choice for the description of the mapping is
... (x+7, y−3)
They put measures in the grounnd hope this helps
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