Answer:
Step-by-step explanation:
Given that there are two curves
[tex]y =4x^2\\y=4x^3[/tex]
Eliminate y to get intersection as x=0,1
Thus points of intersection are (0,0) and (1,4)
[tex]Derivative = 8x, 12x^2\\Slope at (0,0) = 0,0\\Slope at (1,4) = 8, 12[/tex]
Thus x axis is one tangent for both.
Next is
[tex]y-4 = 8(x-1) \\ y-4= 12(x-1)\\y=8x-4\\y =12x-8[/tex]
m1 =8 and m2 =12
Angle between the lines is
tan t = [tex]\frac{12-8}{1+12(8)} =\frac{4}{97}[/tex]
Angle = tan inverse of 4/97