If it were possible to add a proton to atoms, then the germanium would turn into arsenic.
Uranium minus a proton (hydrogen atom) is protactinium.? That is, if you could get it to do that - this is an unusual reaction.
If you go on increasing, the carbon contains in Iron, it becomes harder and brittle. It gets fractured, when fall on ground. probably some better alloy is expected to come in hand, when you add silicon or germanium to it. You can add other metals like cobalt and nickel or for that purpose all other elements, you add in iron (from atomic number 21 to 30, may be.) It will be most interesting to know, what happens to the magnetism of these alloys, specially made from 'Rare earth material', which you use in permanent magnet.
Germanium compounds are toxic.
They are not absorbing protons. They absorb only electrons.
Helium, number two on the periodic table of elements. Nothing else has two protons, for to remove a proton or add a proton is to change the element.
change flavor
Refering back to the periodic table if you add a proton to germanium (atomic number 32), it then has atomic number 33 which is arsenic which is 80-100 times more toxic than Germanium.
You get Germanium Dioxide and Hydrochloric acid GeCl4 + H2O = GeO2 + 4HCl
you cant add proton to an atom...u can only add electron....
Im thinking you mean add instead of had? well when you add a proton it becomes a different element because each element has a different number of protons. When you add electrons or take away electrons they become ions. If the neutrons in the nucleus changes it becomes an isotope. To conclude, each element has its own unique proton count.
germanium
remove either a proton or electron OR add a proton or electron...
They convert in to two photons
no one knows
The resulting element will be nitrogen. If you add 1 proton to carbon(6), it results in nitrogen(7). Both numbers being the atomic number on the periodic table
add the number of nucleus and proton number
Uranium minus a proton (hydrogen atom) is protactinium.? That is, if you could get it to do that - this is an unusual reaction.