It means that the object has an equal density to the water.
It could sink. (The metal's density is greater than water.) It could turn into a ball of flames. (If you dropped a chunk of sodium into graduated cylinder, it would react with flames or sparks.)
Lithium and sodium are the metals which produces fire in water.
Well, the density of the metal is 2.701 g/mL, which I hope is what you're actually asking for. There's not enough information to determine what element the metal is, however.
No, water has more density than oil. If something denser than water(Eg=Iron) is dropped to water, it sinks, while less denser will float. Oil floats on water. Really I've tested it
It depends on the shape of the object. Otherwise you could not make metal ships.
weight the metal ball first. then fill a graduated cylinder with water- it doesnt really matter how much, and put the metal ball in the water. measure how much the water level has increased by in mL. take the mass, and divide by the mL of water and then you get the density. ++ If it's an accurate sphere you can also measure its diameter and so calculate the volume, from which and the mass you can calculate the density.
It means that the object has an equal density to the water.
the object volume is equal to the water displaced, or 10ml. Density is 15/10 = 1.5g/ml
It will sink.
A little hard when you didn't give us the original water level...
You measure how many mL the water went up.
You do not. A metal ship, with density well above that of water, will float.
It could sink. (The metal's density is greater than water.) It could turn into a ball of flames. (If you dropped a chunk of sodium into graduated cylinder, it would react with flames or sparks.)
It's because of the density of the object; for example wood floats in water because its density is less then the density of water, and metal sinks because its density is more then the density of the water.
because their density is heavier than water
It will sink.