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Which equation correctly describes the position, x, of the mass as the function of time, t? [let the frequency of the oscillation as fl

Which equation correctly describes the position, x, of the mass as the function of time, t? [let the frequency of the oscillation as fl

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AS. Which equation correctly describes the position, x, of the mass as the function of time. t? [let the frequency of the oscillation as fl ◄3CD A B с D x(t) = 1.64cos(2nft) x(t)=-1.64cos(2nft) x(t) = 1.64sin(2xft) x(t)= -1.64sin(2nft)
Transcribed Image Text:AS. Which equation correctly describes the position, x, of the mass as the function of time. t? [let the frequency of the oscillation as fl ◄3CD A B с D x(t) = 1.64cos(2nft) x(t)=-1.64cos(2nft) x(t) = 1.64sin(2xft) x(t)= -1.64sin(2nft)
The graph shows the position of the mass in the oscillation system below it. At t = 9.30 s, the mass is at +ve maximum displacement, Xmax=+1.64 m. 2:00 Animation 1 Position (m) 0.00 -2.00 0.00 Time: 9.3 5.00 Time () 10.00
Transcribed Image Text:The graph shows the position of the mass in the oscillation system below it. At t = 9.30 s, the mass is at +ve maximum displacement, Xmax=+1.64 m. 2:00 Animation 1 Position (m) 0.00 -2.00 0.00 Time: 9.3 5.00 Time () 10.00
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