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( c ) Figure 3 shows a pattern of resonant oscillation of a string of mass m = 2 . 5 0 g and L

(c) Figure 3 shows a pattern of resonant oscillation of a string of mass m=2.50g and L=0.80m and that is under tension =325N.
[Rajah 3 menunjukkan suatu corak getaran resonans bagi suatu tali berjisim m=2.50g dan L=0.80m mempunyai tegangan =325N.]
(i) What is the wavelength of the transverse waves producing the standing wave pattern, and what is the harmonic number n?
[Berapakah jarak gelombang bagi gelombang melintang yang menghasilkan corak gelombang pegun, dan berapakah nombor harmonik n?
(ii) What is the frequency f of the transverse waves?
[Berapakah frekuensi fbagi gelombang melintang?]
(iii) What is the maximum magnitude of the transverse velocity of the element oscillating at coordinate x=0.180m?
[Berapakah magnitud maksima halaju melintang bagi unsur yang bergetar pada koordinat x=0.180m?]
(iv) At which point during the element's oscillation is the transverse velocity maximum?
[Pada titik manakah semasa getaran unsur, halaju melintang adalah maksima? ]
(40100)
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