Consider firing a pumpkin from a canon at a target that is 17 meters away. The pumpkin follows a?
... quadratic path as displayed to the right. Will the pumpkin hit the target?1a. Use the graphing calculator to make a table of the given ordered pa
... quadratic path as displayed to the right. Will the pumpkin hit the target?
1a. Use the graphing calculator to make a table of the given ordered pairs (9.7, 15.1) (4.8, 12.4) (2.6,7.9) . Include (0,0) in your table.
b. Find the equation for the parabola. Round all coefficients to the nearest tenth.
c. Find the roots of the equation from part b.
d. Will the pumpkin hit the target?
or:... quadratic path as displayed to the right. Will the pumpkin hit the target?1a. Use the graphing calculator to make a table of the given ordered pairs (9.7, 15.1) (4.8, 12.4) (2.6,7.9) . Include (0,0) in your table.b. Find the equation for the parabola. Round all coefficients to the nearest tenth.c. Find the roots of the equation from part b.d. Will the pumpkin hit the target?
or:This is a bunch of visual stuff. You are on your own with the visuals.You have not asked a question. I would guess that you have not been taught the basics of this subject. The quadratic equation is y = ax^2 + bx + c. You are given three solutions to that equation, and that is all the information you need to solve for the equation.(9.7, 15.1) eqn1: 15.1 = a * 9.7^2 + b * 9.7 + c(4.8, 12.4) eqn2: 12.4 = a * 4.8^2 + b * 4.8 + c(2.6,7.9) eqn3: 7.9 = a * 2.6^2 + b * 2.6 + cSolving from here is a long process but pretty simple. If you can't handle it then you just need to get a friend to show you how.
