A sponge sinks in the middle primarily due to its structure and the distribution of air pockets within it. As the sponge absorbs water, the denser water fills the pores, causing it to become heavier and less buoyant. Additionally, if the sponge is not uniformly saturated, the uneven weight distribution can lead to it sinking in certain areas, particularly the middle.
The chalk will sink, while the sponge will float. The chalk is denser than water, causing it to sink, while the sponge is less dense than water, allowing it to float.
a sponge. ----------------------------------------------------------------------------------------------------------- ANSWER: A sponge, which has holes everywhere. -----------------------------------------------------------------------------------------------------------
Objects float or sink because of their density. An example of an object with low density is a sponge, as it has loads of air bubbles in it, and will float. An example of an object with high density is a brick. This is because the brick doesn't have any air trapped in it, it is "packed in", and is more dense than water, therefore it will sink.
The chalk will sink to the bottom of the glass, as it is denser than water. The sponge will initially float on the surface due to its lower density, but over time it will absorb water and eventually sink.
his middle name is daredevil
middle low and high of course why
Comet, ajax, and soft scrub. Wet sink sprinkle ajax or pour soft scrub, then scrub with abrasive side of sponge.
A SPONGE
in the middle
they only sink in the middle if thge oven door is open in the middle of the baking procedure
there is no way to have a sim clean there self in the sink. But when there really dirty and have green smoke around them they might go to the sink and give there selfs sponge baths. I hope this helped! :)
Yes, a sponge has buoyancy. Due to its porous structure, a sponge can trap air and water, allowing it to float on the surface of water. However, its buoyancy can vary depending on its density and the amount of water it absorbs; when saturated, it may sink.