Could somebody help me with this question for the coding on MATLAB? Thank you
Homework Answers
v0=100;
theta=pi/4;
g=9.81;
syms t
dx=v0*t*cos(theta);
dy=v0*t*sin(theta)-0.5*g*t*t;
ezplot(dx,dy,[0,20])
![MATLAB R2017a Search Documentation Log In Compare Go To▼ Comment ge-ese Breakpoints Run Run and ES Advance ▼ New Open Save Figure 1 Indent E Print Find ▼ Advance File Edit View Insert Tools Desktop Window Help Current Folder Editor-GAMATLAB\R2017a\bin\UntitledT9.m x-50 21/2 t y = 50 2112 t-(981 t2)/200 400 田山html ㄧ田ぷm3iregistry -v0-100 2-theta-pi/4; 3-g-9.81: profile-results registry 200 田山util 田山win64 5-yms t 6- dx=vo*t* cos(theta); 7-dy-vo*t*sin (theta)-0.5*g*t*t: mbuild.bat 9ezplot (dx, dy, [o,20]) mex.bat mexext.bat 200 worker.bat lena.bmp 400 Details Works Name- 600 Command Window 200 600 1000 1200 00 3.1416 1x1 sym x1 sym 9.8100 1x1 sym 0.7854 100 400 800 >> pi dy 3.1416 Activate Windows Go to PC settings to activate Windows Untitled79 Ln 9 Col 19](http://img.homeworklib.com/questions/295f37a0-b126-11eb-a312-23b8ed2d4acf.png?x-oss-process=image/resize,w_560)
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Could somebody help me with this question for the coding on
MATLAB? Thank you
Projectile Motion...
MATLAB, please provide code script Objective: Create a function file that animates projectile motion defined by...
MATLAB,
please provide code script
Objective: Create a function file that animates projectile motion defined by the following equations in a subplot. Your function should accept user inputs of launch speed and launch angle. The output of your function will be a top subplot that displays height (y) as a function of x. The bottom subplot should display the vertical velocity while the projectile is in motion. A video of what your animation should look like is posted with this...
These questions are to be answered using MATLAB. I only need #3 answered, but #1 provides...
These questions are to be answered using MATLAB. I only
need #3 answered, but #1 provides information (like initial
velocity, etc.) required for the questions. I think I have it done,
but I'd like to see if there are other ways to use MATLAB for this
question.
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Phys2425 Bobbs LAB REPORT FORM PROJECTILE MOTION Data Table 1: Projectile Fired Horizontally average Traili Rii (m) 250 Rlav 2.43 ARI 257 216 2.40 2y R-Rel 20.2 Data Table 2: Projectile Fired on an Incline Incline Angle 0 Trail i 2 Re()3442 46396 34 6.003 | 0.007 |0007|0.002 |-o,ood AR2 QUESTIONS I. Show the calculation of the expected horizontal distance R2 for the incline firing experiment. Use the value of the launch velocity, vo, from Data Table 1. What is...
MATLAB,
please provide code script
Objective: Create a function file that animates projectile motion defined by the following equations in a subplot. Your function should accept user inputs of launch speed and launch angle. The output of your function will be a top subplot that displays height (y) as a function of x. The bottom subplot should display the vertical velocity while the projectile is in motion. A video of what your animation should look like is posted with this...
These questions are to be answered using MATLAB. I only
need #3 answered, but #1 provides information (like initial
velocity, etc.) required for the questions. I think I have it done,
but I'd like to see if there are other ways to use MATLAB for this
question.
PROJECTILES The distance a projectile travels when fired at an angle 8 is a function of time and can be divided into horizontal and vertical distances. Horizontal (1) = 1.V.cos(0) Vertical(t) = 1•...
Phys2425 LAB REPORT FORM PROJECTILE MOTION Data Table 1: Projectile Fired Horizontally Hi m. L.OOS Trail i RIi (m) 2 4 average Q.423 2.438 2435 2. 41 2,434 JAR1 = Rli-Riay .Ol ARI 4.00 SS 004 .00 1 007 RI Riav AR1 =2.434 .0058m m/s Vo= Data Table 2: Projectile Fired on an Incline 45 H2 = Incline Angle 0- Trail i 2 average R2ay R2i (m) 4.103 4.1S7 4. I654, |6|4. |05 JA R2i = R2i- R2av AR2 ○11で.007...
2.2 INTEGRALS OF VECTOR FUNCTIONS; PROJECTILE AND CIRCULAR MOTION 4. A projectile is fired northward out to the sea from the top of a cliff 264 ft high. Assuming that the r-axis is pointing east and y-axis is pointing north. The projectile's initial velocity vector is v(0) experiences in flight an eastward acceleration of 3 ft/s2 due to spin. Find the projectile's velocity and position vectors t seconds after the projectile is fired. (0, 92, 14). In addition to a...
Projectile Motion Problems for Student Practice Physics C Free Response Option #3 A projectile is launched from a level plane toward a 65 m high cliff. The cliff is 150 m away from the cannon. At launch, the projectile has a velocity of 80 m/s at an angle 55 above the horizontal. Air resistance is negligible. a) Draw a repeesentation of the trajectory of the peojectile (for this one, do this after you find out where it hits) b) Calculate...
Phys2425 Bobbs LAB REPORT FORM PROJECTILE MOTION Data Table 1: Projectile Fired Horizontally average Traili Rii (m) 250 Rlav 2.43 ARI 257 216 2.40 2y R-Rel 20.2 Data Table 2: Projectile Fired on an Incline Incline Angle 0 Trail i 2 Re()3442 46396 34 6.003 | 0.007 |0007|0.002 |-o,ood AR2 QUESTIONS I. Show the calculation of the expected horizontal distance R2 for the incline firing experiment. Use the value of the launch velocity, vo, from Data Table 1. What is...
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