A basketball court is 94 feet by 50 feet. Lisa takes 20 seconds to walk from one corner of the court to the diagonally opposite corner. (a) Draw a diagram of the court and Lisa's path, and impose coordinates on the diagram. (b) Write parametric equations to describe Lisa's path.

A second car also leaves at noon and drives in a southwesterly direction. At 2 pm, its location (777, 370); at 5 pm, its location is (648, 325). Write a set of parametric equations to describe its movement. Fill in the blanks. Give decimal values to three places. X = t + t +

Use these parametric equations to graph the ellipse when a=  3 and b= 1, 2, 4, and 8.

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ANSWER EVERY SINGLE QUESTION FROM BOTH THE PICTURE AND FROM WHAT I HAVE WRITTEN BELOW PLEASE! Please answer every single question from both the picture and what I have written down below and only use the numbers I have provided when answering.  Answer my questions from the picture then continue below.  #2.) Determine whether the graph of the equation is symmetric with respect to the x-axis and y-axis                X=2y² - 4 Answers: A.) X-axis= yes or no? B.) Y-axis= yes or no?  Question #3.) Determine whether the graph of the equation is symmetric with respect to the x-axis and y-axis.                   X² - y²=14 Answers: X-axis= yes or no?  Y-axis= yes or no?  Question #4.) Find (g○f)(x) and (f○g)(x) for the given functions f and g            F(x)=4x+5, g(x)=2x-9 Answers: (g○f)(x)=                    (F○g)(x)=  Question #5.) evaluate the composite function, where f(x)=2x+4, g(x)=x²-5x, and h(x)=4-3x²                            (G○f)(2) Answer:

Consider the equation (y - 6)2 = 4(x + 3). Determine the following: Vertex: Focus: Directrix: Axis: Direction:

Show all work and EVERY STEP for solving the problem. DO NOT SKIP ANY STEPS. That is the only way I can know how you solved the problem. Directions: Solve the following system and use parametric equations to describe the solution set.

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