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Degree Lob
"Rob" Pass vs. "Bullet," I, the initial velocity and time But what is the angle starts to send?

Quarterback pass "Receivers can throw a high, lazy" or lobes Low fast "bullet" passes. The pass to see in the picture Curves 1 and 2, respectively. Rob pass the time with an initial speed of Threw 23.5 m / s's and the plane is 3.95 degrees What is the U.S. launch of : I? Calculator using the error of sin theta = opp? Depression = vy / V theta = sin ^ -1 (38.7495/23.5) domain, but my calculator says. What is the problem? There is no way else I did? Bullet With the launch angle of 29.0 passes thrown. What is the initial pass rate? What is the hour of the plane through the bullet? Formula is the answer Not really helpful, so thank you, ya have to do Two more with a similar problem. And show how to use the formula Can?

Domain error, but a> number on the reverse Requests are defined in a sin, you sin because the station -1 million. Kinematics Assuming you basic things, you want to use The following equation: y = y0 + vt + 0.5 * a * y, where the Do ^ = 23.5sin speed Y = 0 Y = 0, that, y0 = initial position, where V = the final = y (Theta) 3.95 and comes in a number of the Pope Lang = y t = time of flight = -9.8 Acceleration = a: 0 = 0 + 23.5sin (Theta) * 3.95 + 0.5 *- 9.8 * 3.95 ^ 2 76.45225 = 92.825sin (theta) Theta = sin ^ sufficient data available to solve the second problem, not -1 Also you have 55.45 = (76.45225/92.825) - is at least given you The angle of the street is required. Regardless, to use accelerated The same equation, and how, without. X = x0 + vt

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