No, Titanium will not float in water because it is too dense.
no!
It is usually wax that melts as the lamp is turned on. When it is heated, it then begins to float around with the convection current created by the heat-generating lamp, thus creating the "lava" effect.
Titanium is a pure element not an alloy.
Pumice floats on water. It is because it is made out of lava which had bubbles left inside it. The bubbles has air trapped in it. These bubbles allow pumice to float on water.
The latin name for Titanium is Titanium. The Czech name for Titanium is Titan.
Zinc does not react with titanium but it could be alloyed with titanium.
yes
The continental plates float on asthenosphere, molten rock (lava).
No rocks float, irrespective of color with the exception of pumice, a solidified lava froth.
Pumice can float in water. It is made from volcanic lava and has gases trapped in it, which makes it float.
Anything with a melting point higher than the temperature of lava (2800 degrees F). For example: the Sun. But seriously: stainless steel and titanium.
Magma is lava underneath the earth. The tectonic plates of the earth float on it.
The continental plates float on asthenosphere, molten rock (lava).
Yes, lava germs are a very large part of the volcanic ecosystem. They float around in the lava, slowly eaten by larger lava worms. Lava worms get caught in the lava when it cools, and they become veins of minerals. Mostly semi precious gems like quarts or topaz. Be wary of lava birds however, they like to eat these lava worms and can then actually begin to fly and drip lava over you if you get to close..
no they are made of a silicon based titanium steel alloy that allows her to float in a large body of water
it depends most metals ill sink except for titanium which is less dense than water
Pumice is volcanic rock formed from frothy lava. It will usually float on water because of all the gas bubbles in it.
A vesicular lava is a lava with an unusual chemistry and high quantities of dissolved gases such as carbon dioxide and water vapour present. These degas from the lava as the pressure on the lava reduces, effectively the lava bubbles in a process is similar to making honeycomb (the chocolate type). This leaves vesicules or bubbles in the lava which colls and leaves gaps behind. Vesicular lava with all its viods and bubbles in has been known to float as its density is so low.