none really, he was more of an author, its his writings that caused a greater contribution. He did study specialising in cataracts. but cured nothibng
answer: kinetic energy :D ari and tas and wad
alot of objects have matter like the following: gas, water, hair, the sun, air. and sunshine doesnt have matter. air has matter because if you put an upside-down cup with a wad of paper in the bottom and you stick it in the water upside-down and when you take it out if you did it right then the paper is dry so that proves that air has matter
Darwin first went to the university of Edinburgh to study medicine but he didn't like the sight of blood. He then moved to Christ's College, Cambridge to study to become a preist. He didn't finish the course.
It depends, because the paper could be thicker than others.AnswerThe folded paper would be 1 x (250) times as thick as the original sheet as each fold doubles the thicknessAssuming the initial paper is 1/100 of an inch thick the last fold would make a wad of paper almost 200 million miles thick
There are two things that come into play here: elastic properties and inertial properties. Both affect propagation velocity to varying degrees. Elastic propertiesinvolve a substance's ability or tendency to return to its original shape when forces of deformation are removed. Highly elastic substances will snap back to their original shape when the deformation forces are removed. A rubber band is an example of a highly elastic object. A wad of silly putty, on the other hand, is not very elastic. (It is very plastic.) A steel girder is also highly elastic; it will flex when deformation forces are applied, and it will return to its original shape when they are removed. But steel is one thing that a rubber band is not: it's rigid. Whereas a rubber band will flex, bend, or stretch after applying very little force to it, a steel girder will greatly resist any deformation force applied to it. In general, the more rigid and elastic the substance, the faster the propagation of sound through it. Hence, a hunk of steel will have a higher propagation velocity than a hunk of silly putty. Inertial properties involve a substance's mass density. The greater the density, the slower the propagation velocity, which is why sound waves will travel much faster through, say, helium, than through air. Which provokes the question: If substances with lower density have higher propagation velocities than substances with greater density, why do solids have higher propagation velocities than liquids, which have higher propagation velocities than gases? The reason is the elastic properties of solids play a greater role than the inertial ones, and solids are generally more elastic and rigid than liquids and gases. Since liquids and gases are inelastic and non-rigid, the mass density is the key property that affects propagation velocity through them.
Science and medicine .He continued to study science and philosophy. Particularly liked the work of Descartes.
fook wad dick wad bob wad meat wad
Depends on the size and type of the wad and what you are blowing it on. It also helps to know what type of wad were talking about. A wad of cash, a wad of gum, a wad of paper, etc....
it's a wad of tobacco
when u have a dip in a wad
A wad is a compact mass or a pile of something.
Svend Wad was born in 1928.
The population of Wad Madani is 345,290.
Nishigandha Wad was born in 1969.
try skyninjas wad uploader
he used a wad of cotton to wipe the counter
The noun 'wad' is a collective noun for: a wad of bills a wad of money If you have too many bills or a lot of money, the plural noun 'wads' can be used: wads of bills wads of money