ball thrown upwards go staright and come down? Is that happens actually? or something else?

When ball is thrown upward towards sky it goes straight and come down . This is what we see.

But in reality something different happens.

When ball is thrown upward, it follows curved geometry as ball and us both are moving (earth rotates around itself) .

Ball's velocity has three vectors 1. Ball thrown towards sky 2.opposing gravity 3.earth's rotational velocity. Both 3 vectors act at same time.

Now ball's up force is more than gravity ,so ball moves upward but gravity constantly at every second opposes ball .this causes ball's velocity go on decreasing. But at same time ball is rotating with earth surface in perpendiculardirection to thrown force. Resultant ,ball follows curved path as shown. But we too moving with earth surface ,we can't experience its curved path we just see it goes straight upward and come downward.

Above curved path of ball is also relative means  someone outside earth can  sees this path.if same observer goes outside to solar system, path is  again different. Take look at below .

Earth rotates in circular path around sun generally perceived. 

But see below

sun also rotates around galaxy center so relative to observer outside solar system ,earth follows sinusoidal path around sun.

All the motions are relative to observer speed and location .