Question

YOU MUST USE THE EXPERIMENTAL VALUES SHOWN IN THE PICTURES BELOW!!
Physics Lab Experiment: Standing Wave

(1) By using the experimental values, explain the change of the resonance frequency due to the number of anti-nodes?
(2) By using the experimental values, explain the change of the resonance frequency due to the length of the string?
(3) By using the experimental values, explain the change of the resonance frequency due to the tension?
(4) By using the experimental values, explain the change of the resonance frequency due to the linear density of the string?

Experimental Values:

Exp. #1.8 : Standing wave 3 1 Meaurement of the resonance trequency ofstretched strings S Mns M of the hang ing mass t Wave speed Langth of the stringn-nodes Wavdength frequency 12 D4D00 13 14 15 16 13 18 0001 12 19 0.00078 3192 21 12 Cansideraion of the resonance frequency depancent on the irar density, the tension, and the lngth of the string 23Resonance frequency dependent on the rumber of and-nodes Leng th of the wring 26 28 31 32 35 35 42 2) Resonance frequency dependent on the ength of the sting Langth of the siring 4m Resonance frequency 1/24m) D.6000 206 8 04000 250 1244 intercept (m hinteroept (Hzi Length of the string e sring 2068 S20 pinter opt (H2 80 4 inanane frequency dapendnt on the Ineir dernity of the tring Uner derety of the sring Tereion Length of the string Resonance frequency intercept im

Answer 1

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