Free electrons and ions can carry current.
The charge of a proton is positive, while the charge of an electron is negative.
A proton-volt (PV) would be 1840 times greater than an electron-volt (eV) since the mass of a proton is 1840 times greater than the mass of an electron. This means that one proton-volt is equivalent to 1840 electron-volts.
Hydrogen has 1 valence electron. Bromine has 7 valence electrons. When hydrogen and bromine react, the bromine atom 'steals' the hydrogen atom's only electron. The hydrogen atom then has no electrons and the bromine atom has 8 valence electrons. The two atoms are now ions because their number of protons does not equal their number of electrons. The bromine atom is now a bromide anion and the hydrogen atom is now a hydrogen cation (a proton). The two ions remain together, ionicly bonded and together are called hydrogen bromide.
NADH delivers electrons to the electron transport chain in the mitochondria during cellular respiration. This transfer of electrons helps to generate a proton gradient across the inner mitochondrial membrane, which drives the production of ATP through oxidative phosphorylation.
The proton is pumped from the stroma across the thylakoid membrane, into the thylakoid lumen. This movement of protons creates a proton gradient that is used to generate ATP through chemiosmosis during photosynthesis.
they have one valence electron (not proton) that is involved in chemical bonding.
There is a current that has proton, neotron, and electron atoms.
You are left with just a proton (99.985% of the time).
These are arbitrary names, given a long time ago. You might just as well call the electron positive and the proton negative; or the electron "left" and the proton "right", or the electron "up" and the proton "down". However, the current convention is so well-established that it won't be likely to change anytime soon.These are arbitrary names, given a long time ago. You might just as well call the electron positive and the proton negative; or the electron "left" and the proton "right", or the electron "up" and the proton "down". However, the current convention is so well-established that it won't be likely to change anytime soon.These are arbitrary names, given a long time ago. You might just as well call the electron positive and the proton negative; or the electron "left" and the proton "right", or the electron "up" and the proton "down". However, the current convention is so well-established that it won't be likely to change anytime soon.These are arbitrary names, given a long time ago. You might just as well call the electron positive and the proton negative; or the electron "left" and the proton "right", or the electron "up" and the proton "down". However, the current convention is so well-established that it won't be likely to change anytime soon.
Neutron, proton, electron.Neutron, proton, electron.Neutron, proton, electron.Neutron, proton, electron.
An electron will not decay into a proton by any means.
A proton is bigger than electron
A proton is bigger than electron
No. The electron and proton have the same amount of charge. Its just that the electron's charge is negative and the proton's charge is positive.
remove either a proton or electron OR add a proton or electron...
An electron is 1/1,836 of a proton.
A proton and an electron have exactly opposite charges. If you take the charge of a proton as +1, then an electron has a charge of -1.