A cannon shell 1 and 2 km away from the cannon. A second shell, fired identically, breaks into two equal parts at the highest point. One part falls vertically. How far from the cannon will the other land?

A cannon shell is fired to hit a target at a horizontal distance R. However, it breaks into two equal parts at its highest point. One part (A) returns to the cannon. The other part is:

A cannon shell is fired to hit a target at a horizontal distance R. However, it breaks into two equal parts at its highest point. One part (A) returns to the cannon. The other part:

A cannot shell is fired to hit a target at a horizontal distance R. However, it breaks into two equal parts at its highest point. One part (A) returns to the cannon. The other part

A canon shell fired breaks into two equal parts at its highest point. If one part reatraces the path to the canon with kinetic energy E_1 and kinetic energy of the second part is E_2 , then

A canon shell fired breaks into two equal parts at its highest point. One part retraches the path to the canon with kinetic enegry E_(1) and the kinetic energy of the second part is E_(2) . Relation between E_(1) and E_(2) is