well of course they live in fresh water areas. but they are birds so they dont stay in water they hunt and drink from it. ducks do float on top of it but generally fresh water. not salt water. and to be more specific places like lakes, and ponds. no still water becuase of bacteria and parsites.
you will find duck farms were they raise ducks on farms that is were you will find duck farms
the rubber duck is no longer in the catalog (as of 2012) but we hope it will be back soon (possibly in the next water party) .
Let V be the volume of the duck. The density of water is 1000kg/m^3 Then the weight of displaced water = (0.25V)(1000kg) = weight of duck The mass of the duck is (0.25V)(1000) = 250V . The density of the duck is P = m/v = 250V/V = 250 kg/m3 (Each V cancels out)
To effectively remove water from a rubber duck, squeeze the duck to release the water trapped inside. You can also shake the duck vigorously to help the water come out. Additionally, you can use a towel to absorb any remaining water on the surface of the duck.
You can find golduck inside cerulean cave in the water.
It is very possible that the water ripples when a duck farts, because the water ripples when a human farts. The air coming out of the duck would make a ripple in the water.
If a duck egg is found
there is no duck but there is a monkey in the first level
There are many places where one can possibly find recipes for duck breast. Some of the best places to find recipes for duck breast are cookbooks and The Food Network.
galies cause a fresh water duck always galie in the water if yo do not know what a Galie is go to www.fresh water ducks.com
You can make a rubber duck float upright in water by adding weight to the bottom of the duck, such as a small amount of clay or a coin, to help it stay balanced and upright in the water.
water is a liquid and the air is a lot less dense liquid. so the bouancies of the two are extremly diffrent. the shape of the duck that's above water weights enough to equal the bauncy of the water. the weight of the duck in air is more then the bouncy of the air