Consider circle N with radius 30 cm and θ = radians. What is the approximate length of minor arc LM? Round to the nearest tenth
of a centimeter.
2 answers:
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Neither statement 1, nor statement 2 are correct
The given Stephon's statements are;
Statement 1;
Statement 2;
The analysis of the graph and reason for the answer
From the graphed line on the left of the y-axis, we have an open circle at x = -3, and an arrow at the other end pointing towards negative infinity, (-∞) which indicates that the domain is -∞ ≤ x < -3, therefore, at x = -3, f(x) does not exist, therefore, we can write the following statement
The limits of the domain and range of the graph includes;
f(x) = Defined for -∞ ≤ x < -3
Similarly, from the graphed line on the right of the y-axis, we have an open circle at x = 1 and an arrow at the other end of the line f(x) = 4 pointing towards positive (+∞) infinity, which indicates the domain and the graph of the function is 1 < x ≤ ∞ , therefore, f(x) does not exist at x = 1, and we can write
From we above, we have that neither statement 1, nor statement 2 are correct
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