Yes, if you're asking if it would float. Try to word questions better next time please.
you do some multiplication
You can use a graduated cylinder to measure an object's volume.Fill the cylinder with water up to some convenient mark that's deeper than the object, and notethe volume of water in the cylinder. Than immerse the object in the water in the cylinder and notethe volume again. The difference between the two volume readings is the volume of the object.In my house, we have graduated cylinders which we refer to as our "measuring cups".
No, pouring out some water from a bucket does not change the density of the water remaining in the bucket. Density is a physical property of a substance that remains constant regardless of the amount of that substance present.
Use a scale to find the mass of several marbles. Put some water in a graduated cylinder. Take a reading. Place all the marbles in the grad. cylinder with the water, which will rise. Take another reading. Make sure the marbles are completely submerged. Subtract the 2 readings. This gives the volume of the marbles. This is called the water displacement method. Divide mass by volume. This gives you the density.
The man density more then water these means the mans are have some density more then water.
You use the "density heart", which is the following equation:M = D (Mass over volume equals density.)VThe displacement of water is used to determine volume of irregular solids.Pour some measured amount of liquid into a container (any amount, but be sure to measure it) then add the object and measure again. By subtracting the old measurement from the new one, you get the volume that you need to plug into the equation.However, to find density you also have to find mass, which can be found using a tri-beam balance or some such device.
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.)
Yes some rocks can float in water. And its determind by density because water density is (8 lbs per gallon and 1 gram per ML) If a rock is lower density then water it floats.
It is for some substances and not for other substances.
Let me assume some data, and you can follow the procedure. cylinder length (l)= 3 m cylinder radius (r)= 0.5 m cylinder volume= l*r^2*Pi=3*0.5^2*3.14= 2.355 m^3 hence, the weight that the cylinder can support= cylinder volume * density of water = 2.355 * 1000 = 2355 (kg) As you can see, you can build your calculations on a certain cylinder length and you will get the diameter, or vice versa. Best regards. Ahmed Yehia
Calculate the density. An easy way to do it--so long as you're dealing with metals that don't react violently when wetted--is to weigh the sample then drop it in a graduated cylinder with some water in it. The weighing gives you mass, the graduated cylinder gives volume, mass divided by volume gives density.
Relative density is a measure of the density of a substance compared to the density of another substance, usually water. It is calculated by dividing the density of the substance by the density of water. Relative density can help determine if a substance will sink or float in water based on its comparison to water's density.