There are multiple methods as to estimate the density of irregular objects. The cork can be cut into a cylinder form. Using the equation for the volume of cylinder, and density (D = mass/volume) the cork density can be approximated.
Throw it in the water
its volume can only be messured by displacement. it is difficult to equaly devide. it can be difficult to determine density if you are trying to determine the density of the material, not the object.
It?æ is hard to find the density of a cork in water because?æ cork floats?æ in water. Density of a substance is given by its?æ mass divide?æ by its volume and since cork does not submerge, it is difficult to find its volume.
Determine its mass using a balance and determine its volume using water displacement. Then divide the mass by the volume to get density. Refer to the related link below for more detail.
The density of a wooden cork stopper is about 0.25 grams per ml. This value can be important in experiments where a cork stopper is used.
I think to the helium pycnometry.
The population density of Cork - city - is 3,194.18 people per square kilometer.
A cork is less denser than water because cork is floating on water so it will have less density than water
the density of the cork is lower than the density of the water- so it floats.
What happens is that you can see that the density of a nail is more than the density of water and that the density of a cork is less than that of water.
41.7 cm3
Sure. If cork is compressed it increases its density because it does not return to the same size.