Basketball Shot Quadratic Desmos at Lauren Beeston blog

Basketball Shot Quadratic Desmos. Explore math with our beautiful, free online graphing calculator. For most students, quadratic modeling beats their intuition. Will he make the shot? In this activity, students predict whether various basketball shots will go through the hoop, and then model these shots with parabolas to check their. Then they analyze the shot using quadratic modeling and update their prediction. As a challenge extension, compare the. Use the sliders to create a quadratic model that represents the path of the basketball. Graph functions, plot points, visualize algebraic equations, add sliders, animate graphs,. I think the core concept still works. Use quadratics in vertex form or standard form to write an equation describing the motion of a basketball. Try to make a path that starts at the. Using linear, quadratic and absolute value functions, adjust the function parameters to make each basketball shot meeting the given challenge. The technology was a chore. In this desmos activity, students use parabolas to predict whether various basketball shots will go through the hoop. Change f(x) to a quadratic function that models a basketball shot that will make the ball go through the basket.

Use quadratics in vertex form or standard form to write an equation describing the motion of a basketball. Using linear, quadratic and absolute value functions, adjust the function parameters to make each basketball shot meeting the given challenge. For most students, quadratic modeling beats their intuition. I think the core concept still works. In this desmos activity, students use parabolas to predict whether various basketball shots will go through the hoop. Graph functions, plot points, visualize algebraic equations, add sliders, animate graphs,. In this activity, students predict whether various basketball shots will go through the hoop, and then model these shots with parabolas to check their. The technology was a chore. Then they see the answer. Change f(x) to a quadratic function that models a basketball shot that will make the ball go through the basket.

My Desmos Progect Basketball Court Kayleigh's EPortfolio

Basketball Shot Quadratic Desmos The technology was a chore. The technology was a chore. First, students predict whether or not a shot goes in the hoop based on an image and intuition alone. Will he make the shot? Graph functions, plot points, visualize algebraic equations, add sliders, animate graphs,. Using linear, quadratic and absolute value functions, adjust the function parameters to make each basketball shot meeting the given challenge. As a challenge extension, compare the. Then they see the answer. For most students, quadratic modeling beats their intuition. I think the core concept still works. Explore math with our beautiful, free online graphing calculator. Try to make a path that starts at the. Then they analyze the shot using quadratic modeling and update their prediction. In this desmos activity, students use parabolas to predict whether various basketball shots will go through the hoop. In this activity, students predict whether various basketball shots will go through the hoop, and then model these shots with parabolas to check their. Use quadratics in vertex form or standard form to write an equation describing the motion of a basketball.