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by BlastRoom
Explore atomic structure, subatomic particle properties, and their roles in stability and bonding.
#subatomic_particles#matatag_science_8
20 questions
One question set, multiple game modes. Tap any game to see it in action. Not sure which to pick?
What is a proton's relative electric charge?
Which subatomic particle has no electric charge?
Where are electrons found in an atom's shell model?
How do the masses of a proton and a neutron compare?
Compared with a proton, how much mass does an electron have?
Which particles account for nearly all of an atom's mass?
A particle is labeled e⁻ on a class poster. Which particle does this symbol represent?
What is the name of the central region shown in this atomic model?
An atom has no overall electric charge. How do its numbers of protons and electrons compare?
Which particle count determines an atom's element?
Complete this neutral atom's model. How many electrons belong in the ring marked with a question mark?
Which part of this model contains the particles most directly involved in chemical bonding?
Which force binds protons and neutrons together inside an atom?
How do a proton and an electron interact electrically?
When two protons are brought close together, what does the electric force between them do?
What role can neutrons play in atomic stability?
An atom has too many neutrons for its nucleus to be stable. Which process can change the nucleus toward a more stable state?
What does the haze of dots in this model represent?
Which conclusion about atomic structure came from J. J. Thomson's cathode-ray experiments?
In a shell model, what distinguishes one electron shell from another?
Crack the passcode before the zombies get in.
Pick a tile, answer, hit bonuses and steals.
Term 1 Summative Review 2
40 questions
