A weight is suspended from a spring and allowed to hang at its rest position. It is then pulled down 2 inches, released, and allowed to oscillate up and down. Its location (in inches) relative to its rest position is given by the function f(t)= 2sin(2.5t - pi/2), where t is the time in seconds. How much time will it take for the weight to move through one complete cycle of motion?

B? ? i'm most likely wrong but i think it would be b

The academic affairs council is the highest expert body processing academic affairs, as stipulated by the university statutes. specialist aaro häkkinen (educational policy) took part in the council’s meeting. the agenda of the meeting included bachelors’ feedback, the timing of pedagogical studies, the grant system for tuition fees, the standardisation of administrative practices for internships and the situation of foreign-language and multilingual master’s programmes.