FSMPI Pubwiki

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Falls es irgendwelche Rückfragen gibt, so schreibe man diese an [[mailto:marc.joosten@rwth-aachen.de|marc.joosten@rwth-aachen.de]]!

//If there are any additional questions, please send an email to [[mailto:marc.joosten@rwth-aachen.de|marc.joosten@rwth-aachen.de]]!//

Auf dieser Seite mögen sich alle Menschen eintragen, die beim Projekttag Physik 2014 (**Freitag, der 10.10.**) Experimente betreuen.

//In this Wiki, all tutors who are helping at the "Projekttag Physik 2014" (//**//Friday, 10th of October//**//) shall register.//

Die gelb unterlegten Versuche sind dabei nur von Mitarbeitern aus dem Physikzentrum zu besetzen, da es sich hier um "gefährliche" Versuche handelt, für die die Betreuer sinnvoller Weise Erfahrung oder sogar eine Unterweisung in die Nutzung der Materialien vorweisen sollten.

//The yellow highlighted experiments are somehow "dangerous" and thus, shall only be overseen by "professionals" from the RWTH physics department.//


======= Schichtenplan / Time Slots =======


The meeting for setup is at 10:00 in the great lecture hall. There we will hand out the materials and explain what the students should do.

The other shifts should be a couple minutes earlier, so that the previous tutors can explain the station to them.

The last shift should bring the materials back to the great lecture hall.

^ Time^ hole in coin , Room: 26 C 401^ interference with hair, Room: 28 A 301^ balloon rocket, Room: outside, behind the great lecture hall^ water rocket Place:  In the back of building 28, floor 1, main door (next to the big lecture hall)^ bridge , Room: MBP 2 117 |
| setup and 11:00 - 11:30| Tristan & Jan-Michael| Olga + Richard| Fabian Alex| Neutronen| Jan & David |
| 11:30 - 12:00| Tristan & Jan-Michael| Olga + Richard| Fabian alex| Neutronen| Jan & David |
| 12:00 - 12:30| Tim Olschewski & Daniel Montag| Henning Hollermann & Ulrich Engelmann| Daniel&Rebecca| holger&king| Robert&Marius |
| 12:30 - 13:00| Tim Olschewski & Daniel Montag| Henning Hollermann & Ulrich Engelmann| Daniel&Rebecca| holger&king| Robert&Marius |
| 13:00 - 13:30| Rob Mc + Tobias Hölzer| Henning Hollermann & Ulrich Engelmann| Fred&Danilo| Marco & Lukas| Micha & Nils |
| 13:30 - 14:00| Rob Mc + Tobias Hölzer| Henning Hollermann & Ulrich Engelmann| Fred&Danilo| Marco & Lukas| Micha & Nils |
| 14:00 - 14:30| Regine + Sowmya| Henning Hollermann & Ulrich Engelmann| Quarks| Gluonen| Philip & Jan |
| 14:30 - 15:00| Regine + Sowmya| Farshad Foroughi & Tim Leonhardt| Quarks| Gluonen| Jan & Philip |
| 15:00 - 15:30| Regine + Sowmya| Farshad Foroughi & Tim Leonhardt| | |  |
| 15:30 - 16:00 and dismounting| Regine + Sowmya| Farshad Foroughi & Tim Leonhardt| | |  |



======= Versuchsbeschreibungen / Experiment descriptions =======



===== Hole in crown cork (Institute people only) =====

The task here is, to get a tiny hole into a crown cork, without completely destructing it.
To do so, there is various stuff, which could be used.
The solution idea is to freeze a banana with the liquid nitrogen. (This must not be done by the students but by one of the tutors.) Then, the banana can be used as a hammer.
Then, a fixing pin can be sticked into a cork. Now, this can be used as "nail".
With the banana-hammer, the pin-cork-nail can be used to get a tiny hole into the crown cork.


===== Interference with hair (Institute peole only) =====


The task of this experiment will be to measure the width d of tiny objects (like hairs) with a monochromatic laser of given wavelength λ. To do this, one profits from the fact, that the position of the diffraction minima is the same as in a single-slit experiment whit a slit of the same width d.
If the students don't know the physics behind this experiment, provide them with the needed formulas to determine the width of the hair. If you have the time, you can also try to explain the physics in more depth, but this is not required.

A simple derivation of the corresponding formula $d\,\sin\theta^{min}_{n} = n\lambda$ (in Fraunhofer approximation) can be found here: http://en.wikipedia.org/wiki/Diffraction#Single-slit_diffraction


===== Balloon rocket =====


In this experiment, the challenge is, which studentgroup can build the best balloon rocket.

The idea is to tape a inflated balloon to a straw which is fixed on a long cord. Who reaches the furthest point, wins.


===== Water rocket =====


This is just a fun experiment. Some physical backgrounds can be found here: http://en.wikipedia.org/wiki/Water_rocket
It is not necessary to discuss the whole principle of recoil in a too precise manner. One can give some keywords like:
Apart from this, the students shall have fun and if they wish, they can have a competition on who reaches the biggest shooting distance.


===== Bridge and ship =====

The task is to build an bridge over a gap of approximately 50-80cm. To do this, the students get nothing but 10 pages of paper. The winner is the one who builds a bridge on which one can put the most tealights.
The use of glue or any other aid is forbidden.