PPT-Determining secant slope and tangent slope.

Slope is the rate of change or Secant slope the slope between two points tangent slope the slope at one point of contact and is based upon a limit Noun derivative Verb differentiation or to. BY DIFFERENTIALS A handicap differential is the differ ence between the adjusted gross score and the USGA Course Rating multiplying the difference by 113 dividing the result ing figure by the USGA Slope Rating and rounding off to the nearest tenth T Section . 3.3. Rates of Change. Average vs. Instantaneous Rates. Average Speed. The concept of speed (distance traveled divided by time traveled) is a familiar instance of a . rate of change. .. Example: To drive the 15.5 miles from Clayton State to Turner field, it takes 18 minutes.. Tangent Lines. Average Rate of Change. The . average rate of change. of a quantity over a period of time is the slope on that interval of time.. Ex.:. . Find the average rate of change of . f(x) = x. Slope. is the steepness of a line.. Slope is seen everywhere!. The steepness of the roof of a house is referred to as the . pitch. of the roof by home builders.. Give one reason why some homes have roofs which have a greater . Find the equations of tangents at given points. Find the points on the curve if tangent slope is known. Find equations of tangents . parallel. to given lines through a given point.. Find equations of tangents . The slope of the secant line is given by. The tangent line’s slope at point a is given by. a. x. Example. Find the equation for the line tangent to the parabola . y = x. 2. at the point (1, 1). Another Form. Lesson Objective: 4.01a. Students will know how to solve word problems using slope. Slope Word Problems. In 2005, Joe planted a tree that was 3 feet tall. In 2010, the tree was 13 feet tall. Assuming the growth of the tree is linear. NOW: . Replace: . Graph of . , with words:. Graph: (. , the . slope of the tangent line to the . function . . at that . point). .  . CALCULUS problem:. Graph: (. , the slope of the tangent line to the function . LiDAR. Visualization. Thomas J. Pingel. Department of Geography. Northern Illinois University. October 27-29. Illinois GIS Association 2014 . Conference. Lisle, IL. 1. How can we, in an . automatable. Function Review.  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . 2.1 – . Rates. of Change and Tangents to Curves. Function Review.  .  .  .  .  .  . 2.1 – . Rates. of Change and Tangents to Curves. 3.2. Calculus AP/Dual, Revised ©2017. viet.dang@humbleisd. .net. . . 6/23/2018 3:32 PM. §3.2: Mean Value Theorem. 1. Activity. Draw a curve . on a separate sheet of paper within a defined closed interval . . What is Slippery Slope?. Slippery slope is when a person asserts that some event must inevitably follow from another without any rational argument or demonstrable mechanism for the inevitability of the event in question. A slippery slope argument states that a relatively small first step leads to a chain of related events. . With . Jim . Paradise. Objectives for Today. Our objective for today is not to teach you…. Algebra, . Geometry, . Trigonometry, and . Calculus, . but rather to give you a sound understanding of what each of these are and how, and why, they are used. . . . as .  . Secant Line and Tangent Line. Slope of secant line . Slope of tangent line as .  . is.  . the derivative of . at . t. he instantaneous rate of change of . at .