Which track shows ...Click the correct answer
Collision of beam particle with a proton.pqrstu
Which track shows ...Click the correct answer
A proton track.pqrstu
Collision of beam particle with an electron.pqrstu
Which track shows ...Click the correct answer
Collision of negative (non beam) particle with a proton.pqrstu
Decay of a negative particle.pqrstu

Return to the photo menu?

Full Answers?

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

No. That is NOT the right answer

Click here to return to the table.

YES. Well done! That is the right answer

Click here to return to the table.

YES. Well done! That is the right answer

Click here to return to the table.

YES. Well done! That is the right answer

Click here to return to the table.

YES. Well done! That is the right answer

Click here to return to the table.

YES. Well done! That is the right answer

Click here to return to the table.

YES. Well done! That is the right answer

Click here to return to the table.

MORE DETAILED INFORMATION

Scroll down

  1. Interaction of a positive particle (not a K- beam) with a proton producing two positive particles. The dark positive track labelled t is a proton.

  2. Interaction of a beam (K-) with a proton producing two oppositely charged particles. There are two almost overlapping beam particles and one of these does not interact and passes through the chamber giving the impression that three particles are produced and making beam particle track appear very dark.

  3. One of the negative "secondary" particles from interaction q interacts with a proton to produce two positive and two negative particles. One of the positive tracks is identified as a proton from the large density of bubbles along the track.

  4. One of the negative particles from interaction r decays to another negative particle, which is seen, and an undetected neutral particle.

  5. Proton recoiling from interaction at point p.

  6. Electron recoiling from collision with beam particle (K-).

Return to the photo menu?