The graph of f'(m) is shown. Which graph would best represent the graph of x) ? Y 5 4 3 2 1 X 0 6443-2- 12345 -3 .4 5 O O Find the equation of the tangent line to the curvem) = 2:1:3 4:132 + 1 at m = 1. 0 T(a':) = 2m + 1 O T(a':) = 2:L' | 1 O T(a:) = 2m 1 O T(m)=2m1 Find the equation of the tangent line to the curvem) = 4:1:2 + 2:1: + 1 at x = 1. O T(:1:) 2 10:1: 3 O T(:1:) : 10:1: | 7 O T(:1:) : 10:1: | 3 0 11(1) 2 1:1: 3 The graph of f'(a':) is shown. Which graph would best represent the graph of f(:t:) ? 5 4 The graph ofm) is shown. Which graph would best represent the graph of f'(=)? NIB-Bl." 6-46-2- 12345 -2 3 4 5 \fThe graph off (a ) is shown. Which graph would best represent the graph of f' (ac)? N X AY Y 543-24 10 12345 -NWA UI X X O O 543-2-14 12345 54 3-2-1 1 12345 + AY Y H NowAU X X O O 543 2 -1-1 2345 54 32 -1-12345 2+A person is standing and throws a ball into the air at time t = 0 and from a height of two meters. The graph shows the height of the ball over time. The function shown is f(t) = -(t - 3) + 11. What is the instantaneous velocity of the ball at t = 2? 12 Distance (m) 6 Time (s) O 6 meters per second O 4 meters per second O 2 meters per second O -2 meters per secondIf position is given by p(t) = -t2 + 5t, what is the velocityv(t) at t = 2? O v (2 ) = 2 O v(2) = -1 O v(2) = 3 O v(2) = 1