X C A static.k12.com/calms_media/media/1184500_1185000/1 184954/a32bafe08ac6586fdf655b2d100d91168a203ae1/1184954.pdf D Update Teacher Scored Assignment 2 / 2 - 100% + 8) The table below gives specific values for a differentiable function h(t). Use this information to write an equation for the tangent line to the graph of h(t) at t = 9. t 0 5 9 20 h(t) 86 77 64 59 52 9) The table below gives specific values for a differentiable function p(x). Perform a tangent line approximation to estimate the y-intercept in the graph of y = p(x). Show the calculations that lead to your answer. X 1 3 4 6 9 P(x) 0.4 0.5 0.7 1.1 1.8 2 10) At t = 55 seconds, an object moving along a straight path is 47 meters from its origin. If the velocity at that time is v(55) = -3 meters per second, use a tangent line approximation to predict the object's position at one minute (t = 60 seconds 1184994.pdf 4 8393971 (1).docx 4 HST540_Chapter_..docx 4: 8473202.docx 4 8393971.docx 4 8393972 (1).docx Show all X O W 8:37 PM Type here to search 79'F Light rain ~ DO 10/3/2021