A body of mass thrown horizontally with velocity from the top of the tower of height touches the ground at a distance of m from the foot of the tower. A body of mass thrown at a velocity from th

Question

A body of mass  thrown horizontally with velocity  from the top of the tower of height  touches the ground at a distance of  m from the foot of the tower. A body of mass  thrown at a velocity  from the top of the tower of height  will touch the ground at a distance of  m.

Canvas Classes · Accepted Answer

🧠 Horizontal Projectile — Mass Doesn't Matter, Only  and  Do

Read this carefully. The question gives you two bodies with different masses, different heights, different launch speeds. Looks complicated, but the first thing to notice is: mass is irrelevant in projectile motion under gravity alone. Both bodies fall the same way. So mentally cross out "mass " and "mass " — that information is just to confuse you.

What actually controls the horizontal distance? Two things only: the horizontal laun

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