A plane has taken off the runway and has gained a speed of 300 mph making an angle 15 degrees with the horizontal. When the plane is 1600 ft off the ground, a loose nut detaches the plane and falls to the ground. Neglect air resistance and assume that the plane travels in a straight line with uniform acceleration of 10 ft/s. Approximately, how high (in ft) above the ground will the plane be when the nut hits the ground? 2520 4220 3250 5380 15 1 point A plane has taken off the runway and has gained a speed of 300 mph making an angle 15 degrees with the horizontal. When the plane is 1600 ft off the ground, a loose nut detaches the plane and falls to the ground. Neglect air resistance and assume that the plane travels in a straight line at constant speed. Approximately, how high will the nut rise from its point of detachment before it falls to the ground? 300 ft Oft 250ft 200 ft 350 ft 16 1 point A plane has taken off the runway and has gained a speed of 300 mph making an angle 15 degrees with the horizontal. When the plane is 1600 ft off the ground, a loose nut detaches the plane and falls to the ground. Neglect air resistance and assume that the plane travels in a straight line. What's the vector expression of the velocity (in ft/s) as it hits the ground? 1141 - 425) 4251 - 340) 1141-340) 4251-1143 17 1 point A plane has taken off the runway and has gained a speed of 300 mph making an angle 15 degrees with the horizontal. When the plane is 1600 ft off the ground, a loose nut detaches the plane and falls to the ground. Neglect air resistance and assume that the plane travels in a straight line. What's the magnitude of the nut's velocity as it hits the ground? 385 ft/s 288 ft/s 425 ft/s 544 ft/s 465 ft/s