question set 1
question set 2
question set 3
100

What is the name of Rutherford’s experiment?

the gold foil experiment

100

Who made this discovery?

Ernest Rutherford

100

what did people think the structure of an atom was similar to before Ernest's discovery (hint: food)

plum pudding / blueberry muffin

200

which university did ernest rutherford attend 

Cambridge

200

what prize did Ernest win

Nobel prize

200

what's a nucleus called in latin

a little nut

300

How did Rutherford's experiment change our understanding of the structure of the atom?

 That atoms are made up of mostly empty space, electrons surrounding something really dense in the center of the atom

300

What conclusion did Rutherford make based on the deflection of some of the alpha particles?

that there’s this small dense thing in the center of the atom

300

What did Rutherford observe when most of the alpha particles passed straight through the gold foil?

Atom consist of mostly empty space

400

What was the major difference between Rutherford's model of the atom and the earlier model by J.J. Thomson (plum pudding model)

Rutherford’s model states that electrons are surrounding a small dense ‘thing’ while J.J Thomson’s model states that electrons are randomly scattered in a positive charged ‘pudding

400

What did the results of Rutherford's experiment tell scientists about the nucleus of an atom?

very dense

400

Why did Rutherford use gold foil in his experiment?

very thin and malleable to allow alpha particles to pass through and interact with the atoms in the foil)

500

What was the main goal of Rutherford's gold foil experiment?

to investigate the structure of an atom and to test the idea J.J Thomson’s plum pudding model

500

What did Rutherford expect to happen when he fired alpha particles at the gold foil?

He expect it would pass through the foil with very little deflection, according to plum pudding model

500

Why were alpha particles used in Rutherford’s gold foil experiment?

because they are positively charged and relatively heavy so they could interact with the atom’s nucleus