"auop 20. For the same initial height and angle, repeat steps 16-20 for the various initial speed given and complete Table III. Table III Angle (0) %3D %3D Initial height (y;) Theoretical Experimental (s/u) XIA Viy (m/s) v (m/s) Ax (m) t (sec) Ax (m) t (sec) 25.00 35.7 1.43 35.71 1.43 25 00'0 20 15 1.43 1.43 15 21.42 12 6. 12 14.3 .43 l.43 14 1.43 8.
"auop 20. For the same initial height and angle, repeat steps 16-20 for the various initial speed given and complete Table III. Table III Angle (0) %3D %3D Initial height (y;) Theoretical Experimental (s/u) XIA Viy (m/s) v (m/s) Ax (m) t (sec) Ax (m) t (sec) 25.00 35.7 1.43 35.71 1.43 25 00'0 20 15 1.43 1.43 15 21.42 12 6. 12 14.3 .43 l.43 14 1.43 8.
Related questions
Question
100%
I need help finding the correct equation to do, one example is enough I want to try on my own
Transcribed Image Text:18. Now, move the target to Ax value calculated in step 18. Hit the play button, which is the red button al the Dottom.
Use the zoom button to track the entire motion.
19. Use the data tool
and lay it on top of the path. Record in Table II, the time and Range as
values of total time and Maximum horizontal disatnce. First calculation is already
experimental
done.
20. For the same initial height and angle, repeat steps 16-20 for the various initial speed given and complete Table III.
Table III
Angle (0)
%D
Initial height (y;) = _10m
Experimental
Viy (m/s)
Theoretical
V¡ (m/s)
Vix (m/s)
Ax (m)
t (sec)
t (sec)
1.43
25.00
(u) xy
25
35.7
1.43
35.71
20.
15
15
12
1.43
रकमर
12
6.
1.43
14.3
.43
l.43
1.43
10
8.
5.
.4
01
21. Now, answer the following questions.
a. Describe the motion of the projectile Explain your answer in terms of the changes in components of
250
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 3 steps
