viscous liquid
i don't really know sorry?!
A penny will not float in water, mainly because it is denser than water. When the penny is placed in water, it displaces a volume of water equal to its own volume. Since the penny weighs more than the water it displaces, it will sink.So, in order for the penny to float, you must find a liquid that is denser than solid copper -- or whatever metal or alloy a penny is made of. Mercury -- which is a liquid at room temperature -- is denser than copper. Hence, a penny will float in mercury.Possibly surface tension may allow it to float.
Yes, it is possible to find the refractive index of a liquid without using a spherometer. You can use a refractometer, which is a device specifically designed to measure the refractive index of liquids. Simply place a small amount of the liquid on the refractometer's prism and measure the refractive index reading that is displayed.
no your can't. * * * * * You cannot find it using a formula but it can be measured. One way would be to submerge the object in water (or other liquid) and measure the volume of liquid displaced. That will be equal to the volume of the object.
http://www.alfalaval.com/campaigns/tankequipment/mixing-and-agitation/product-overview/pages/product-overview.aspx?pkw=industrial%20mixing%20equipment is a website that you can find an industrial mixing equipment.
One can find a nice set of mixing bowls from retail stores like Target, Super Store, Canadian Tire and many more. One can also find a nice set of mixing bowls on sites like eBay or Amazon as well.
To find some musical mixes online one can go to websites such as Loop Labs, Pro-Music-Mixing or Mixing-Online. One can also go to Mixonline and Online Music Mixing websites.
You could find a mixing bowl set at your local kitchen and cooking shop. You could find it this in Macy's or cuisinart as well as online retailer such as amazon.
I could not find any evidence of ceramic mixing bowls that do not break. You may want to try a plastic mixing bowl.
One way would be to find a liquid that is chemically inert to both metals and has a density between that of iron and that of aluminium. In such a liquid, the aluminium would float and the iron would sink.
Density is how tightly packed the molecules or atoms are, so you can't find the density of a single atom. But a group of chlorine atoms are denser than air.
Knowing the mass of the graduated cylinder allows you to subtract it from the total mass of the cylinder and the liquid, giving you the mass of the liquid alone. This step is important for accurately determining the mass of the liquid without the container's contribution.