A ball will be fired from a toy cannon, with an initial speed of 10.0 meters per second at an angle of 35.0°. An enginee
Posted: Wed May 18, 2022 5:11 pm
A ball will be fired from a toy cannon, with an initial speed of
10.0 meters per second
at an angle of 35.0°. An engineer has been asked to predict the
peak height that the
cannonball will reach, the location at which the cannonball will
hit the ground, and the
total flight time of the projectile.
b. Solve manually using APPROXIMATE solution. Use 3 different
intervals. (hand-
written)
c. Solve approximate solution using MS Excel. Plot error against
the number of
iterations.
d. Create an interactive MATLAB script file for this problem.
I repeat, the APPROXIMATE solution is what's needed.
10.0 meters per second
at an angle of 35.0°. An engineer has been asked to predict the
peak height that the
cannonball will reach, the location at which the cannonball will
hit the ground, and the
total flight time of the projectile.
b. Solve manually using APPROXIMATE solution. Use 3 different
intervals. (hand-
written)
c. Solve approximate solution using MS Excel. Plot error against
the number of
iterations.
d. Create an interactive MATLAB script file for this problem.
I repeat, the APPROXIMATE solution is what's needed.