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use the following fact derived from Newton's Laws: An object released at an angle 0 with initial velocity v ft/s travels a horizontal distance sin 20 ft (Figure 10) 32 A player located 18.1 ft from the basket launches a successful jump shot from a height of 10 ft (level with the rim of the basket), at an angle 0 = 34° and initial velocity v = 25 f/s. (a) Show that As 0.255A0 ft for a small change of A0. (b) Is it likely that the shot would have been successful if the angle had been off by 2°? FIGURE 10 Trajectory of an object released at an angle 0.

use the following fact derived from Newton's Laws: An object released at an angle 0 with initial velocity v ft/s travels a horizontal distance sin 20 ft (Figure 10) 32 A player located 18.1 ft from the basket launches a successful jump shot from a height of 10 ft (level with the rim of the basket), at an angle 0 = 34° and initial velocity v = 25 f/s. (a) Show that As 0.255A0 ft for a small change of A0. (b) Is it likely that the shot would have been successful if the angle had been off by 2°? FIGURE 10 Trajectory of an object released at an angle 0.

Trigonometry (MindTap Course List)
Trigonometry (MindTap Course List)
8th Edition
ISBN:9781305652224
Author:Charles P. McKeague, Mark D. Turner
Publisher:Charles P. McKeague, Mark D. Turner
Chapter3: Radian Measure
Section3.5: Velocities
Problem 62PS: A two-stage gear train consists of four gears meshed together (Figure 10). The second and third...
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use the following fact derived from Newton's Laws: An object released at an angle 0 with initial velocity v ft/s travels a horizontal distance sin 20 ft (Figure 10) 32 A player located 18.1 ft from the basket launches a successful jump shot from a height of 10 ft (level with the rim of the basket), at an angle 0 = 34° and initial velocity v = 25 f/s. (a) Show that As 0.255A0 ft for a small change of A0. (b) Is it likely that the shot would have been successful if the angle had been off by 2°? FIGURE 10 Trajectory of an object released at an angle 0.
Transcribed Image Text:use the following fact derived from Newton's Laws: An object released at an angle 0 with initial velocity v ft/s travels a horizontal distance sin 20 ft (Figure 10) 32 A player located 18.1 ft from the basket launches a successful jump shot from a height of 10 ft (level with the rim of the basket), at an angle 0 = 34° and initial velocity v = 25 f/s. (a) Show that As 0.255A0 ft for a small change of A0. (b) Is it likely that the shot would have been successful if the angle had been off by 2°? FIGURE 10 Trajectory of an object released at an angle 0.
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