nuclear energy

nuclear energy is...

• when atoms bond.
• the energy in the electron shell.
• when atoms absorb radioactive rays.
• the energy that holds protons and neutrons in the nucleus.

nuclear energy can be obtained by...

• an atom decaying.
• bonding, when atoms share electrons.
• an atom releasing an omega molecule.
• fission, the splitting of an atom.

an advantage of nuclear energy is that...

• it reduces energy generated from fossil fuels.
• it can produce gases that produce endorphins.
• it can be made into a delicious cake.
• it can be used to create beverages that make you grow taller.

a disadvantage of nuclear energy is that...

• it can become a toxic cake.
• it can take years to eliminate nuclear waste's radioactivity and waste.
• it can't be used to achieve desired results.
• it emits greenhouse gases.

fission is...

• when atoms are left alone to decay and then are used to make nuclear juice.
• when atoms bond together to create larger atoms.
• when an atom generates radioactive rays.
• when atoms are split into smaller atoms, releasing energy.

this atom is used in nuclear energy...

• C-14
• Co-59
• H-2
• U-235

a U-235 atom is necessary for nuclear energy because...

• it emits omega molecules that power a turbine.
• uranium can undergo induced fission.
• uranium is a small and delicate atom.
• uranium is a immortal atom.

in a nuclear reactor...

• atoms fuse, emitting energy.
• atoms decay, emitting heat.
• a controlled fission chain reaction occurs.
• a uncontrolled fusion chain reaction occurs.

a fission chain reaction is...

• when a U-235 atom absorbs a neutron then splits in half, releasing energy and 2-3 neutrons that then split the results of the U-235 atom, and again and again.
• when an alpha particle is released by fusion and then fuses with an omega molecule emitting heat and radiation.
• when a electron grows to be the size of an electron and splits a U-235 atom in two again and again.
• when a molecules is split by a proton and releases radioactivity that powers a turbine to release heat.

this formula is used to describe the slight loss of mass in an atom that generates heat energy...

• E=mc^5
• E=vc^2
• E=mt^7
• E=mc^2