Question: Part II Use the kinematic equations for 2-dimensional motion to mathematically predict where the projectile will land to complete the chart below. What is the

 Part II Use the kinematic equations for 2-dimensional motion to mathematicallypredict where the projectile will land to complete the chart below. What

is the time it takes for the projectile to land? Show yourequations then follow by including a screenshot of your successful prediction. Place

Part II Use the kinematic equations for 2-dimensional motion to mathematically predict where the projectile will land to complete the chart below. What is the time it takes for the projectile to land? Show your equations then follow by including a screenshot of your successful prediction. Place the target pad where you mathematically predict the projectile will land and include a screenshot of your experimental confirmation of that result. Initial Velocity = m/s Y= meter Predicted Predicted X Confirmation Angle time (show work) (show work) Screenshot 30 4560 75 For Part II: 0= chose an angle Solving for X From Part I From Part I X=Vocost Y=Vosinet - NIH .gt2 Mathematically Measured Chosen Predicting Chosen Solve for in Solve for in V- dimension dimension

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