So I'm supposed to find a bunch of stuff for this function but I'm stuck on the first part. The problem is:
Traffic flow is defined as the rate at which cars pass through and intersection, measured in cars per minute. The traffic flow at a particular intersection is modeled by the function F defined by
F(t)=82 + sin (t/2) for 0 < t < 30 where F(t) is measured in cars per minute and t is measured in minutes
(a) To the nearest whole number, how many cars pass through the intersection over the 30 minute period.
Ok so, I know that I need to do the integration of the function from 0 to 30 but the 4sin(t/2) part is really confusing me. please help!!
Traffic flow is defined as the rate at which cars pass through and intersection, measured in cars per minute. The traffic flow at a particular intersection is modeled by the function F defined by
F(t)=82 + sin (t/2) for 0 < t < 30 where F(t) is measured in cars per minute and t is measured in minutes
(a) To the nearest whole number, how many cars pass through the intersection over the 30 minute period.
Ok so, I know that I need to do the integration of the function from 0 to 30 but the 4sin(t/2) part is really confusing me. please help!!
