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An amoeba is a shapeless cell which can extrude a part of itself, which is called a pseudopod (literally, false foot) and then the remainder of the cell can flow into that pseudopod, at which point the amoeba has moved.
Amoeba's move by extending pseudopodia. They push microfiliments into their membranes and extend then out as far as they can is a " false foot " type extension. Ten they pull their cellular body up to the point of the pseudopodia extension.
In the mantle, there is a fluid-like layer called the asthenosphere which has convection currents, due to the heat of the inner core. Earth's plates are hypothetically "floating" on the asthenosphere. The currents in this layer push whatever is on top of it, thus the continents move.
If the object responds to magnets you can move it very easily. If not you can still push it around with light, though if you need to push too hard to get it to move you would burn a hole through it first.
Tectonic Plates move by trying to push past each other and by trying to slide past each other.
If you push the fluid button and the wipers move then it is the pump
An amoeba is a shapeless cell which can extrude a part of itself, which is called a pseudopod (literally, false foot) and then the remainder of the cell can flow into that pseudopod, at which point the amoeba has moved.
The forces that push against anything that moves through a fluid (which is a liquid or gas), including water, are drag and fluid friction.
the piston would push air down and fluid up.
"buoyancy"
buoancy
They surround the food and engulf it. If you push a cherry into jello, that would be somewhat like it.
push is not even a move, unless you mean strengnth, that is an hm
Buoyant force
No.
Internal combustion engine is where the fuel is ignited in the cylinder to make the piston move, petrol or diesel. A steam engine has an external pressure vessel to supply the steam to the cylinder to push the piston. the is no combustion in the engine as such.
the 'buoyant' force