Because they have different densities.
Yes. Most wood can float on honey. However, petrified wood most likely would not float on honey.
Yes, milk will float on honey. Honey is much denser and heavier than milk. If you drop a spoonful of honey into a glass of milk it will sink to the bottom of the glass.
yes
Ducks have a layer of natural oils on their feathers that repels water. When detergent is present in the water, it can break down this natural oil, causing the feathers to become waterlogged and losing their buoyancy. This makes it harder for ducks to float and regulate their body temperature.
pour liquid detergent into water with pepper.. maybe the surface tension interactions but that is some scientific stuff
When a needle is placed on clean water, it can float due to surface tension, which is the cohesive force between water molecules at the surface. However, when detergent is added to the water, it reduces the surface tension by disrupting the cohesive forces between water molecules. This decrease in surface tension causes the needle to sink as the water can no longer support its weight.
Whatever floats in water will probably float in honey, since honey is denser. It will also depend on the honey - some honeys are less thick/dense than others. . . . After some careful experimenting just now, I discovered that peeled garlic floats in mesquite honey but not water.
Detergent
There is Clothes Detergent and Dish Detergent!
There is Clothes Detergent and Dish Detergent!
If the honey has crystallized, put the jar in the microwave for a minute. This should liquefy any remaining honey in the jar. Then run it through the dishwasher upside down. If it's a fancy jar, you may want to wash it by hand using regular dishwashing detergent and hot water.
Rocks sink because they have a higher density than water. Water's density is 1.00. Feathers float because their density is lower than that.Rocks sink because they have a higher density that water.Thus they have a greater mass per unit volume which would mean that the force acting per unit volume due to gravitational force.