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vec(EF) is tangent to the circle at 
F. Find the value of 
x.
Write your answer as a whole number or a decimal.

x=

EFundefined \overrightarrow{E F} is tangent to the circle at F F . Find the value of x x .\newlineWrite your answer as a whole number or a decimal.\newlinex= x=

Full solution

Q. EFundefined \overrightarrow{E F} is tangent to the circle at F F . Find the value of x x .\newlineWrite your answer as a whole number or a decimal.\newlinex= x=
  1. Properties of Tangent: First, we need to know the properties of a tangent to a circle. A tangent to a circle is perpendicular to the radius at the point of tangency. So, if EF\vec{EF} is tangent at FF, then angle EFD\angle EFD is 9090 degrees because FDFD would be the radius.
  2. Finding xx: Now, we need more information about the triangle or the circle to find xx. Since the problem doesn't provide any additional information, we can't solve for xx without knowing the lengths of the sides of the triangle or the measures of the other angles.

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