Basketball Hoop Desmos. — we use parabolas and quadratic functions to see if the basketball will make. will it hit 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 predictions. Then they see the answer. Graph functions, plot points, visualize algebraic equations, add. The technology was a chore, though. — first, students predict whether or not a shot goes in the hoop based on an image and intuition alone. For most students, quadratic modeling beats their intuition. in this activity, students predict whether various basketball shots will go through the hoop, and then model these shots with. — step by step overview of the desmos activity, “will it hit the hoop?”. explore math with our beautiful, free online graphing calculator. Students use draggable points to model in this activity and do not need to be familiar with symbolic forms of quadratic functions in advance. in this activity, students predict whether various basketball shots will go through the hoop, and then model these shots with. Then they analyze the shot using quadratic modeling and update their prediction.
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— first, students predict whether or not a shot goes in the hoop based on an image and intuition alone. — step by step overview of the desmos activity, “will it hit the hoop?”. Then they analyze the shot using quadratic modeling and update their prediction. The technology was a chore, though. Graph functions, plot points, visualize algebraic equations, add. explore math with our beautiful, free online graphing calculator. — in this activity, students predict whether various basketball shots will go through the hoop, and then model these shots with parabolas to check their predictions. Then they see the answer. in this activity, students predict whether various basketball shots will go through the hoop, and then model these shots with. will it hit the hoop?
How to make basketball Hoop in 10 minutes YouTube
Basketball Hoop Desmos — first, students predict whether or not a shot goes in the hoop based on an image and intuition alone. Graph functions, plot points, visualize algebraic equations, add. in this activity, students predict whether various basketball shots will go through the hoop, and then model these shots with. explore math with our beautiful, free online graphing calculator. — step by step overview of the desmos activity, “will it hit the hoop?”. Students use draggable points to model in this activity and do not need to be familiar with symbolic forms of quadratic functions in advance. — first, students predict whether or not a shot goes in the hoop based on an image and intuition alone. For most students, quadratic modeling beats their intuition. — we use parabolas and quadratic functions to see if the basketball will make. Then they analyze the shot using quadratic modeling and update their prediction. in this activity, students predict whether various basketball shots will go through the hoop, and then model these shots with. — in this activity, students predict whether various basketball shots will go through the hoop, and then model these shots with parabolas to check their predictions. The technology was a chore, though. Then they see the answer. will it hit the hoop?
