Answer:
4x² (3x - 1)
Step-by-step explanation:
→ Find the LCM of 12 and 4
LCM = 4
→ Find the LCM of x³ and x²
LCM = x²
→ Combine both LCM's together to form the outside multiplier
4x² (? - ?)
→ Complete the operations of 12x³ ÷ 4x² to find the first ? and 4x² ÷ 4x² to find the second ?
12x³ ÷ 4x² = 3x
4x² ÷ 4x² = 1
→ Therefore,
∴ 4x² (3x - 1)
So hmmm notice the picture below
recall the "inscribed angle" theorem, an angle inscribed is half the intercepted arc
now, the line BA goes through the center, and to each end, thus is a diameter, the point of tangency, where a tangent hits the diameter or radius of a circle, is always a right-angle
This is effectively asking where their y values are the same so visually on the graph, we can see that as where the functions intersect. This occurs at (-4, 4) and (0,4).
The answers, are given in terms of the input (your x value) so we are looking for the answer that has x values of -4 and 0 to make the equal statement true. You’re answer is the second option/B