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23 Nov 2019
The position of a SHO as a function of time is givenby x =3.6 cos(5 Ï t + Ï / 6)where tis in secondsand x in meters.
(a) Find the period. ____ s Find the frequency. ____ Hz
(b) Find the position at t = 0. ____ m Find the velocity at t = 0. ____ m/s
(c) Find the velocityat t = 3 s. ____ m/s Find the accelerationat t = 3 s. ____ m/s^2
The position of a SHO as a function of time is givenby x =3.6 cos(5 Ï t + Ï / 6)where tis in secondsand x in meters.
(a) Find the period.
____ s
Find the frequency.
____ Hz
(b) Find the position at t = 0.
____ m
Find the velocity at t = 0.
____ m/s
(c) Find the velocityat t = 3 s.
____ m/s
Find the accelerationat t = 3 s.
____ m/s^2
Jean KeelingLv2
18 Mar 2019
