Outward Force: dirt pushing against retaining wallInward Force: atmospheric pressure, the retaining wall pushing against the dirtDownward Force: gravity, atmospheric pressure, the retaining wall pushing against the earth.Upward Force: The earth pushing against the retaining wall.
The reaction is the wall pushing back on you.
you can lean against a wall because it's pushing back
The pushing force exerted by physical human effort against the wall is not enough! If the pushing force becomes greater than the weight of the wall held down by the earth's gravity, then the wall will topple. A mechanical digger is able to exert a greater side force then a human, and will topple (demolish) the wall.
No,beacuse the wall is oushing against you. For work to be done, it has to be done in the same direction.
Outward Force: dirt pushing against retaining wallInward Force: atmospheric pressure, the retaining wall pushing against the dirtDownward Force: gravity, atmospheric pressure, the retaining wall pushing against the earth.Upward Force: The earth pushing against the retaining wall.
Beacause u cant move the wall
This is because the wall is firmly rooted to the ground.
The reaction is the wall pushing back on you.
you just keep pushing the mud wall... it will eventually colapse.
you can lean against a wall because it's pushing back
stupid force
The pushing force exerted by physical human effort against the wall is not enough! If the pushing force becomes greater than the weight of the wall held down by the earth's gravity, then the wall will topple. A mechanical digger is able to exert a greater side force then a human, and will topple (demolish) the wall.
its the one all the way on the left side, just keep pushing it and it brakes.
No,beacuse the wall is oushing against you. For work to be done, it has to be done in the same direction.
according to Newton's third law, every action has an opposite reaction. However, this does not always result in acceleration. As a counterexample, consider pushing on a sturdy wall. You are pushing (that's the "action"). The "reaction" is the wall pushing back on you (if it didn't push back, you would fall through the wall). But since the forces are balanced, nothing accelerates.
No, because we are pushing the wall with less capacity of power compare to the power of wall that's why it does not show any effect.