[Solved]-Situation Shown 61 Du 781 Range 0 90 Write Mathscript Formula Node Based Program Given V Q37266440
Use Labview to create a vi file
For this situation, it can be shown that (61 )du”)/>-7.81 where θ is in the range from 0° to 90®. (a) Write a MathScript (or Formula) Node-based program that, given v and H calculates R for a sequence of 91 equally spaced angles in the range from θ:0° to θ:90° and then displays R vs. θ on an XY Graph as well as in an indicator cluster. The front panel of the VI is shown next. Projectile.vi Front Pane Eile Edint Yiew Project Opesate Iools Window Help @ ‘. Il | 15pt Application Font.10ים Search Xx Graph t0 output cluster Launch Parameters Launch Speed (ms)s Angle (d Range (m)E Launch Height (m) -100 -15 50 -is 50 s 100 Launch Angle (deg) (b) At a track-and-field meet, a shot putter launches a shot (heavy metal ball) with speed 13.5 m/s. Run your VI with this launch speed, assuming the shot lands at the same level from which it was launched. Use the resulting XY Graph and output cluster to demonstrate the well-known fact that the maximum range results if the launch angle equals 45 In reality, a shot putter launches the shot from a height close to his or her head. With v 13.5 m/s and H-2.1 m, run your VI and then determine the launch angle that produces the maximum range. (c) 173 Show transcribed image text For this situation, it can be shown that (61 )du”)/>-7.81 where θ is in the range from 0° to 90®. (a) Write a MathScript (or Formula) Node-based program that, given v and H calculates R for a sequence of 91 equally spaced angles in the range from θ:0° to θ:90° and then displays R vs. θ on an XY Graph as well as in an indicator cluster. The front panel of the VI is shown next. Projectile.vi Front Pane Eile Edint Yiew Project Opesate Iools Window Help @ ‘. Il | 15pt Application Font.10ים Search Xx Graph t0 output cluster Launch Parameters Launch Speed (ms)s Angle (d Range (m)E Launch Height (m) -100 -15 50 -is 50 s 100 Launch Angle (deg) (b) At a track-and-field meet, a shot putter launches a shot (heavy metal ball) with speed 13.5 m/s. Run your VI with this launch speed, assuming the shot lands at the same level from which it was launched. Use the resulting XY Graph and output cluster to demonstrate the well-known fact that the maximum range results if the launch angle equals 45 In reality, a shot putter launches the shot from a height close to his or her head. With v 13.5 m/s and H-2.1 m, run your VI and then determine the launch angle that produces the maximum range. (c) 173
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Answer to For this situation, it can be shown that (61 )du”)/>-7.81 where θ is in the range from 0° to 90®. (a) Write a MathScr… . . .
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