How to solve a projectile sort problem with given linear and angular velocity?

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To solve a projectile motion problem with given linear and angular velocities, it's essential to clearly define the parameters, including mass, diameter, angular velocity, and initial velocity. The discussion highlights the need to calculate related values such as distance covered and trajectory behavior after launch. The specific parameters provided are mass (160g), diameter (0.07m), angular velocity (-10j rev/s), and initial velocity (-25j m/s). Understanding the relationship between linear and angular velocities is crucial for accurate calculations. Proper setup and application of physics equations will lead to a comprehensive solution for the projectile motion scenario.
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how to solve a problem in which linear velocity and angular velocity (in the same direction) are given at the same time in a projectile motion .. how to calculated all the related values like the distance covered .. and consequently what is happening after that ... like ... m=160g diameter=.07m angular velocity=-10j rev/s and u=-25j m/s
 
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I'm not clear on the problem setup. Please state the complete problem exactly as given.
 

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