Tension Frequency=1.00Hz Frequency=2.00Hz Frequency=3.00 Hz प High 1 2 3 cm 5 6 0 cm 2 3 5 6 0 cm 3 5 8 - -- Slow Motion Norma Nom Slow Motion Noma Frequency Amplitude 0.75 cm Damping 1.00 HZ Tension Low High Amplitude 0.75 cm Frequency 200 HE Damping None Tension Low High Lots Amplitude 0.75 cm Non Rulers Timor Reference Line Frequency 3.00 Hz Los Time Rulerance Line Damping السليما UN السليما Un Tension Low None Lots Rulers Timer Reference Line Medium TTT Ocm 1 0 cm 1 1 2 2 2 3 3 3 3 4 4 4 4 5 5 5 6 6 om 6 Slow Motion Normal Slow Motion Normal e Slow Motion O Noma Amplitude 0.75 cm Frequency 1.00 HZ < Damping Amplitude 0.75 cm Tension LO High Damping Frequency 2.00 Hz None Lots Rules Timer Reference Line None Lots Tension Tension Low LO Rulers Timer Reference Line Amplitude 0.75 cm Frequency 3.00 Hz Damping ا لسلا Rules None Lots Low High Timer 0 Reference Line Low 1 2 3 4 O cm 6 0 cm 2 3 4 5 5 6 2 3 5 6 bcm 1 LLLL Slow Motion Normal Slow Motion Nom Slow Motion Normal Amplitude 0.75 cm Frequency 1.00 HZ Damping Amplitude 0.75 cm Tension Low High Frequency 2.00 Hz Damping None Tension Low High Rulers Timer Relevance Line Lots Rulers mer Relance Amplitude 0.75 cm Lots Frequency 3.00 Hz Damping Tension High البيلا لیلی با None Lots 0 لسليما NU Timer Reference Line
To see what the Tension does, let's calculate the speed of the wave. The speed of the wave is the distance divided by time. The distance that the wave travels is the wavelength. The time for the wave is the Period. To find the speed we can multiply the wavelength and the frequency or:v = af. = Calculate the speed for the waves for the information in the Table above and provide your detailed calculations. Write down all detailed calculations for each speed and - in the table below- type in the final numerical values of your calculations. Be careful and remember that, for full credit you need to turn in all detailed work, and not just the final numerical values in the table of data. As always, full credit is assigned for full, correct work. Speed Frequency=1.00Hz Frequency=2.00Hz Frequency=3.00 Hz High Medium Low Looking at the tables above, what does changing the Tension (to the wave) do?
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