3
2
The fall of one person creates a sudden gap in the crowd and removes the opposing force that kept the crowd in equilibrium.
1
A densely packed group exert pressure on each other, but are kept in place by pressure from the other side. A shockwave through the crowd or a slip can cause a fall.
Others fall into the new space, and more follow them until the pressure eases. That process can create a ripple effect of similar holes elsewhere.
3
2
The fall of one person creates a sudden gap in
the crowd and removes the opposing force that kept the crowd in
equilibrium.
1
A densely packed group exert pressure on each other, but are kept in place by pressure from the other side. A shockwave through the crowd or a slip can cause a fall.
Others fall into the new space, and more follow them until the pressure eases. That process can create a ripple effect of similar holes elsewhere.
3
2
The fall of one person creates a sudden gap in the crowd and removes the opposing force that kept the crowd in equilibrium.
1
A densely packed group exert pressure on each other, but are kept in place by pressure from the other side. A shockwave through the crowd or a slip can cause a fall.
Others fall into the new space, and more follow them until the pressure eases. That process can create a ripple effect of similar holes elsewhere.
3
2
1
A densely packed group exert pressure on each other, but are kept in place by pressure from the other side. A shockwave through the crowd or a slip can cause a fall.
Others fall into the new space, and more follow them until the pressure eases. That process can create a ripple effect of similar holes elsewhere.
The fall of one person
creates a sudden gap in
the crowd and removes
the opposing force that
kept the crowd in
equilibrium.