Use volume displacement to determine the volume of this metal sample to the nearest 0.1 ml.

The volume displacement method is a manifestation of Archimedes' Principle. This principle states that the volume of the object placed on a known volume of water, is equal to the volume of water displaced. Actually, it could just be any liquid. Thus, whatever the displaced volume is, that is equivalent to the volume of the metal sample. I can't give an exact answer because there is no given information. But the concept works that way.

01010239949494959959699669066060

than do 23.50 times 18 and then divide your answer by 100 than you will get x.