You would wind up with a new element. However, the probability of actually doing this is extremely remote, because the slope of the energy per nucleon curve is negative at this end of the Periodic Table. The only place where you would find the energy to accomplish this would be inside a supernova.
The heaviest element in the periodic table (known in March 2013) is ununoctium.
something that makes toast - snappy.
Nothing interesting !
Damages by the elements expected means that what you thought would happen did happen. If you thought the wind would blow the roof off and it did, then the damages by the elements expected is a true statement.
Helium is an inert gas meaning that it will not combine with other elements or compounds. More specifically, chlorine will not bond with helium. But, if it did, as could happen in a supernova explosion, since chlorine is 17 on the periodic chart, and helium is 2, when they fuse they would create an atom of potassium which is 19.
He would be heavier!! (or puke)
Then your body would no longer exist.
Humpback Whales are not the heaviest whales in the world but there one of the heaviest whales in the world they would get a 3rd place on weight
eighty people would destroy you before that could happen
It will change.
If we are talking about elements here, hydrogen is not the heaviest. In fact, hydrogen is the lightest element. There are two ways of answering this question, depending on how you define 'heaviest'. The heaviest element in terms of heaviest per a given number of atoms is the element with the highest atomic weight. This is the element with the largest number of protons, which is presently element 118, ununoctium. When a heavier element is discovered (e.g., element 120), then that will become the new heaviest element. Ununoctium is the heaviest element, but it is man-made. The heaviest naturally-occurring element is uranium (atomic number 92, atomic weight 238.0289). Another way to look at heaviness is in terms of density, which is mass per unit volume. Either of two elements can be considered the element with the highest density: osmium and iridium. The density of the element depends on many factors, so there isn't a single number for density that would allow us to identify one element or the other as the most dense. Each of these elements weigh approximately twice as much as lead. The calculated density of osmium is 22.61 g/cm3 and the calculated density of iridium is 22.65 g/cm3, though the density of iridium has not been experimentally measured to exceed that of osmium.
Noble gases belong to group 0 and can be found on the extreme right column of the Periodic Table of elements. The heaviest noble gas would be radon, whose Atomic Mass is still uncertain. The element which appears below radon in the column, ununoctium, has not been confirmed as a noble gas.