Experiment?
Can someone explain to me how I should add the second part to the evaluation? So far I have had the graph as shown in the picture…
Spring pendulum?
Can anyone help me with a)-c)?
Question about the spring vibrator?
Hello, I have a question about the generation of vibrations in a field vibrator. If you release the oscillating body at the lower reversal point, how does the oscillation arise and, above all, what forces cause it? Thank you in advance for all your answers. LG
Spring pendulum oscillation frequency?
An elevator on a rope is a spring pendulum that oscillates when someone jumps into the air. The frequency of the oscillation is higher the higher the number of floors (the shorter the rope). Why does a shorter spring pendulum oscillate faster?
How does the error of a measured value change when squared?
In an experiment, I measured the period T of a spring pendulum and calculated the corresponding absolute error. Now I need to calculate my period T^2 squared, but how does the absolute error change when I square it? Since squaring the period is simply multiplying the period by itself, I thought I could simply add…
Physics protocol, unfindable error. Can anyone help?
I can't find the error. One should compare the value with the literature value and calculate them beforehand. However, these are miles apart (6.6 and 183.68).
The energy of harmonic vibration?
Can anyone help me with this task?
Which m is meant? Urgent!?
We were asked to attach different pendulum masses (50g, 100g, 150g, 200g) to a 23g spring and then let it oscillate. This would measure the oscillation period T. Now we were asked to draw a Tm diagram. But which m is meant here? Just the weight of the pendulum mass, or the weight of the…
Does resonance occur in the case outlined?
And if so, why?
How far can a spring stretch (physics)?
Hello. If I have a spring that is, for example, 15 cm long, could I stretch it three times or more, as long as the load capacity allows it? I can't really imagine that.
Flow velocity and Reynolds number?
Experimental setup: Cylinder filled with water. In it, a mass pendulum swings vertically up and down. Does the flow velocity correspond to the velocity of the body? If not, how do I determine this? Regarding the Reynolds number: At what point does it become too large? In other words, at what point does turbulent flow…