代写MNTC 313程序、代写C/C++编程、c++程序代做

日期：2021-06-02 10:42

MNTC 313 – Assignment 3

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A common situation dealt with in engineering and physics is that of projectile motion. The

equation for the height of a projectile, ?? [m], is:

?0 = Launch Angle (degrees)

??0= Initial height of the projectile (m)

The equation for the vertical velocity of the projectile, ?? [m], is:

???? = ????? + ??0 sin(?0

).

Write a program using C/C++ to determine the projectile motion (height, vertical velocity) at a

certain time.

MNTC 313 – Assignment 3

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Your code should then employ the following logical conditions:

? If time is greater or equal than zero, first print “Projectile released”

o Print the position and velocity value with the following format:

“Position: xx.xx meters”

“Velocity value: xx.xx meters/second”

o If the projectile has a vertical velocity greater or equal than zero, print “Projectile

ascending”

? If the vertical position of the projectile is greater or equal than the initial

vertical position, print “Projectile above initial position”

o Or, if the projectile has a negative vertical velocity, print “Projectile descending”

? If the vertical position of the projectile is greater or equal than the initial

vertical position, print “Projectile above initial position”

? Otherwise, print “Projectile below initial position”

? Or, if time is lower than zero, print “Projectile not released”

Your output must look like:

10,10,45,10

Projectile released

Position: -409.82 meters

Velocity value: -91.03 meters/second

Projectile descending

Projectile below initial position

And for negative time must look like:

-10,10,45,10

Projectile not released

Note: The first line in each example above contains sample inputs passed via the scanf()

statement. Your program should function properly for any inputs. A starter code file has been

provided on OnQ. Download the file, and copy and paste its contents into a new .c/.cpp file in

your IDE. Use pi = 3.14.

Reminder: Please DO NOT include any personal information such as name, student number or

Net ID in your submission. All submissions to Gradescope will be run through plagiarism

detection software.