A projectile is fired uphill as sketched in the figure below. If vo= 143 m/s, p = 15 and 0 = 25°, find L. m
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- Table 1. Shot velocity (V) of the projectile at an angle of 30. Two shots were made for each distance. Column 1 and 2 correspond to the throw from 1 meter away. To determine the velocity of fire of the projectile on the x-axis, use the equation: Vxo = Vo * cos 30°.In the narration below, what is the direction of the resultant displacement of the student? Ā = 175 km 30° N of E B = 150 km 20° W of N C = 190 km due west A. Due west. B. 11.56° N of E. C. 21.45° N of W. D. 48.89° N of E. E. 68.55° N of W.pls answer this 100% corrctly thank you! A small airplane starts flying at a constant speed of 442 km/h on a heading of N72W. A 53 km/h wind is blowing from N41W. Determine the ground velocity of the airplane. Give direction as a quadrant bearing. Include diagram showing the vector addition with your solution.
- A golf ball is driven with the initial conditions shown in the figure. If the wind imparts a constant horizontal deceleration of 3.0 ft/sec². determine the values of r. ř.7.0.0, and when t-1.09 sec. Take the r-coordinate to be measured from the origin. 115 mi/hr 8= 25° Wind9. For the vector à in the attached figure, what is the value for the component Ã, AA projectile is launched with a speed of 300 m/s. At the top of its trajectory its speed is is 169 m/s. Determine the projectile's launch angle in degrees. Do not enter units.