Is A Paper Clip Denser Than Water at Robert Greggs blog

Is A Paper Clip Denser Than Water. liquids that have strong intermolecular forces, like the hydrogen bonding in water, exhibit the greatest surface tension. the paper clip is more dense than water but can rest on the surface of the water because of the water's surface tension. for instance, a paper clip can float on water because the surface tension of the water provides enough force to counteract the weight of. That's because the density of steel is approximately 8000. it won't surprise anyone to 'discover' that paperclips don't float in water. Explain at a molecular level how this is possible: in the paper clip experiment, the surface tension of water prevents the clip from falling, thus we can assume it exerts a force of mg m g (weight of clip). the paper clip should rest on the surface of the water. This may take a couple of tries. although steel is denser than water, a steel needle or paper clip placed carefully lengthwise on the surface of still water can be made to float.

This may take a couple of tries. for instance, a paper clip can float on water because the surface tension of the water provides enough force to counteract the weight of. although steel is denser than water, a steel needle or paper clip placed carefully lengthwise on the surface of still water can be made to float. the paper clip should rest on the surface of the water. the paper clip is more dense than water but can rest on the surface of the water because of the water's surface tension. liquids that have strong intermolecular forces, like the hydrogen bonding in water, exhibit the greatest surface tension. That's because the density of steel is approximately 8000. Explain at a molecular level how this is possible: in the paper clip experiment, the surface tension of water prevents the clip from falling, thus we can assume it exerts a force of mg m g (weight of clip). it won't surprise anyone to 'discover' that paperclips don't float in water.

What is density? BBC Bitesize

Is A Paper Clip Denser Than Water Explain at a molecular level how this is possible: for instance, a paper clip can float on water because the surface tension of the water provides enough force to counteract the weight of. That's because the density of steel is approximately 8000. it won't surprise anyone to 'discover' that paperclips don't float in water. liquids that have strong intermolecular forces, like the hydrogen bonding in water, exhibit the greatest surface tension. Explain at a molecular level how this is possible: the paper clip is more dense than water but can rest on the surface of the water because of the water's surface tension. in the paper clip experiment, the surface tension of water prevents the clip from falling, thus we can assume it exerts a force of mg m g (weight of clip). This may take a couple of tries. although steel is denser than water, a steel needle or paper clip placed carefully lengthwise on the surface of still water can be made to float. the paper clip should rest on the surface of the water.