195 kg, causing it to sink 3.5 cm on its springs. If started into vertical oscillation, and assuming no damping, at what frequency will the car and passenger vibrate on these springs? (in Hz) 5. AO 0.5751 BO 0.7189 CO 0.8986 DO 1.1233 EO 1.4041

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How do I find a frequency when it will vibrate?
An 75-kg person steps into an experimental car of mass 195 kg, causing it to sink 3.5 cm on its springs. If started into
vertical oscillation, and assuming no damping, at what frequency will the car and passenger vibrate on these springs?
(in Hz)
5.
AO 0.5751
BO 0.7189
CO 0.8986
DO 1.1233
EO 1.4041
Transcribed Image Text:An 75-kg person steps into an experimental car of mass 195 kg, causing it to sink 3.5 cm on its springs. If started into vertical oscillation, and assuming no damping, at what frequency will the car and passenger vibrate on these springs? (in Hz) 5. AO 0.5751 BO 0.7189 CO 0.8986 DO 1.1233 EO 1.4041
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