I just had to do a project exactly on this, When you snap a glow stick a chemical change happens. A glow stick has an outer tube (the bendy one) and an inner glass tube (the one you hear cracking). By snapping a glow stick you are cracking open the inner tube which hold chemicals, the outer tube has phenyl oxalate and fluorescent dye in it, and the inner glass tube has a hydrogen peroxide solution in it. When these chemicals are released and come together, it releases energy in the form of light, thus, making a chemical change. So when you do your favorite activity with a glow stick, cracking it (admit it, it's your favorite part), you are breaking the inner glass tube, which then releases the hydrogen peroxide solution into the phenyl oxalate/dye solution, creating an enchantingly glowing stick of light! hope this was helpful! - Jessica
the first test tube babies were invented in great Britain Louise Joy Brown July 25, 1978 by Dr. Patrick Steptoe and Robert Edwards
It is because of the surface tension between liquid molecules and the inner surface of the tube. The meniscus height is determined by the inner diameter of the tube. The smaller the diameter, the higher the meniscus will climb due to capillary action.
13.6 times the height of the mercury.
So that the person using it didn't have to hold it - useful when heating the contents to hig temperatures.
The coiled tube of the inner ear is called the Cochlea.
The medical term for the inner diameter of a tube is "lumen."
An inner tube is a rubber torus. Like a hula hoop but out ot rubber.
The inner tube will rise onto the wave and then drop down as the wave passes.
There is no inner tube and sidewall damage can not be repaired.
John Flamsteed invented the first test tube.
Lee De Forest invented the electron tube in 1906.
if the tube is radial too
The very buoyant inner tube will lift up and allow the wave to pass underneath. But there may be a slight force from the wave against the inner-tube that moves the inner-tube forwards a little.The inner-tube is more likely to move when there is the effect from the currents of the water and the wind. Place a cork in the Gulf of Mexico, and eventually, it will land on British shores (somewhere). But, if on throwing the cork, the wind is counter to the current flow, the cork could finish from where it started.
The eustachian tube connects the throat to the inner ear and equalises the inner and outer ear pressure. It is this which causes the pop! when you fly in an aircraft and you swallow. The pop is the eustachian tube clearing.
Inner tubes are made from butyl rubber. Or sometimes latex.
An elephant in an inner tube.