
Figure 01. Light transferred from light to shadow through a thin fiberoptics cable with the use of a magnifying glass.

Figure 02. The magnifying glass collecting more light to be transferred through the thin fiberoptics cable.

Figure 04. Using a funnel out of aluminum foil in order to collect more light, or at least similar to the magnifying glass case.

Figure 04. Front view of the funnel collecting light.
Experiment_043:
For this experiment we wanted to test whether the magnifying glass or the funnel out of aluminum foil can be used to collect more light when using a thin fiberoptics cable (thinner than the one used in the experiment_042).
Items used in this experiment:thin fiberoptics cable, magnifying glass, funnel out of aluminum foil, daylight, shadow.
No comments:
Post a Comment