Almost all of an atom's mass is found in its nucleus, located in the center of the atom. An atom's nucleus can contain two types of particles: protons and neutrons.The nucleus of every atom contains one or more protons. Each proton has a positive electrical charge.In many atoms, the nucleus also contains neutrons. A neutron has no electrical charge.Determine whether each statement is true or false to complete the table.TrueFalseMost of an atom's mass is found in protons and neutrons.The nucleus of an atom is found in the atom's center.A neutron has a positive electrical charge.The nucleus of an atom contains at least one proton.Submit

Select the three correct statements about the structure of an atom. Select ALL correct optionsElectrons and protons are about the same mass.1Neutrons are negatively charged.2Protons are positively charged.3Most of an atom is empty space.4Protons are located in the atom nucleus.5Electrons and neutrons are located in the atom's nucleus.

Which one of the following statements about the structure of the atom is FALSE?Group of answer choicesProtons are found in the nucleus.Neutrons are found in the nucleus.Rutherford's gold foil experiment confirmed that the atom is mostly empty space.The mass of protons and neutrons in the nucleus determines the atom's mass.Electrons are found in the nucleus.

Protons and neutrons are found in the nucleus of an atom. Traveling around the nucleus are fast-moving particles called electrons. Each electron has a negative electrical charge. An electron is much smaller and lighter than a proton or a neutron.Which of the following statements are true? Select all that apply.All of an atom's electrons are located outside its nucleus.An electron has a negative electrical charge.A proton is the same size as an electron.Submit

Neutrons are..A...charged particles found in the nucleus.B...found in every atom.C...smaller than protons, but bigger than electrons.D...neutral and found in the nucleus.

Recall where most of the mass of an atom is located. Inside the nucleusOutside the nucleusI'm not sure