Main Takeaway: This experiment is no longer available on iOS: Remotely track the speed of a paper roll ... The collective radiation of five cell phones was strong enough to pop a kernel of popcorn.

Smartphone Experiment Roll En -

This experiment is no longer available on iOS: Remotely track the speed of a paper roll ... The collective radiation of five cell phones was strong enough to pop a kernel of popcorn. phyphox can determine the fall height of a ball from the noise it makes while bouncing.

Important details found

  • This experiment is no longer available on iOS: Remotely track the speed of a paper roll ...
  • The collective radiation of five cell phones was strong enough to pop a kernel of popcorn.
  • phyphox can determine the fall height of a ball from the noise it makes while bouncing.
  • Put your phone into a salad spinner to explore centrifugal acceleration with phyphox!
  • I don´t know the reason why the incoming call caused the steel wool to ignite.

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Topic Gallery

Smartphone-Experiment: Roll (en)
Smartphone-Experiment: Centrifugal Acceleration (en)
Mobile Phone vs Steel Wool
Cell Phone Radiation Pops Popcorn
Smartphone-Experiment: Sonar (en)
Smartphone-Experiment: (In)elastic Collision (en)
Smartphone-Experiment: Speed of Sound (en)
Smartphone-Experiment: Pendulum (en)
Smartphone-Experiment: Rolle (de)
Smartphone-Experiment: Free fall (en)
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Smartphone-Experiment: Roll (en)

Smartphone-Experiment: Roll (en)

Read more details and related context about Smartphone-Experiment: Roll (en).

Smartphone-Experiment: Centrifugal Acceleration (en)

Smartphone-Experiment: Centrifugal Acceleration (en)

Put your phone into a salad spinner to explore centrifugal acceleration with phyphox! In this video I will explain how this works.

Mobile Phone vs Steel Wool

Mobile Phone vs Steel Wool

Please share the video before it gets deleted! I don´t know the reason why the incoming call caused the steel wool to ignite.

Cell Phone Radiation Pops Popcorn

Cell Phone Radiation Pops Popcorn

The collective radiation of five cell phones was strong enough to pop a kernel of popcorn. Imagine what this can do to your head!

Smartphone-Experiment: Sonar (en)

Smartphone-Experiment: Sonar (en)

Turn your phone into a sonar with phyphox! In this video I will explain how this works. Get phyphox for free on Android and iOS: ...

Smartphone-Experiment: (In)elastic Collision (en)

Smartphone-Experiment: (In)elastic Collision (en)

phyphox can determine the fall height of a ball from the noise it makes while bouncing. The videos about the acoustic stopwatch ...

Smartphone-Experiment: Speed of Sound (en)

Smartphone-Experiment: Speed of Sound (en)

Read more details and related context about Smartphone-Experiment: Speed of Sound (en).

Smartphone-Experiment: Pendulum (en)

Smartphone-Experiment: Pendulum (en)

Part 2 on oscillations with phyphox and simple pendulums. You can watch part 1 here: (Sorry for the ...

Smartphone-Experiment: Rolle (de)

Smartphone-Experiment: Rolle (de)

This experiment is no longer available on iOS: Remotely track the speed of a paper roll ...

Smartphone-Experiment: Free fall (en)

Smartphone-Experiment: Free fall (en)

Read more details and related context about Smartphone-Experiment: Free fall (en).