No. It cannot remain afloat in a high concentration of soap solution.
The water strider relies on a property of water called surface tension. This is what keeps the creature above the water.
In a soap solution, there is reduced surface tension and the strider would drown
The question is not clear; the concentration of salt in water can be very variable.
Cactus is not an aquatic plant, it grows in the desert, so the problem of remaining afloat does not arise.
It is less dense than water.
it will be increase until overloading point. then it will remain firm.
Iso means same, therefore the salt solution concentration is the same as the concentration of salt within the blood cells. So nothing happens - the RBC's remain the same (no shrinking/crenating or swelling/lysing)
It will absorb carbon dioxide in the air, which affects its accurate concentration.
the concentration of Cl- increase (common ion), but the pH of the solution remain same.
The orange sinks when it is peeled. The skin contains airbags that help it remain afloat. When the skin is peeled the air bags no longer remain there and the orange will sink. The orange sinks when it is peeled. The skin contains airbags that help it remain afloat. When the skin is peeled the air bags no longer remain there and the orange will sink.
The boats displace water in such a way that they remain afloat. Hence why most boats have a V hull shape. This allows them to displace the water and remain afloat, if on the other hand you put to much in a boat it will eventually sink.
The orange sinks when it is peeled. The skin contains airbags that help it remain afloat. When the skin is peeled the air bags no longer remain there and the orange will sink. The orange sinks when it is peeled. The skin contains airbags that help it remain afloat. When the skin is peeled the air bags no longer remain there and the orange will sink.
Saturation is the point a solution reaches where no more solute will dissolve in the solvent.
Turmeric solution remain yellow.