A function of the form y = csin(bt^2) whose first critical point for positive t occurs at t = 1 and whose derivative is 11 when t = 2.
c= ?
b= ?
c= ?
b= ?
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Since sine reaches its first critical point at pi/2, then b* 1^2= pi/2, so b= pi/2.
Since y'(2)= 11, and y' = c* cos(bt^2) * (2bt)
11= c* cos (pi/2 * 4) * (2* pi/2 * 2)
11= c*cos(2pi) * (2pi)
11= c*2pi
11/(2pi)= c
Y= [11/(2pi)] sin(Pi*t^2/2)
Hoping this helps!
Since y'(2)= 11, and y' = c* cos(bt^2) * (2bt)
11= c* cos (pi/2 * 4) * (2* pi/2 * 2)
11= c*cos(2pi) * (2pi)
11= c*2pi
11/(2pi)= c
Y= [11/(2pi)] sin(Pi*t^2/2)
Hoping this helps!