Instructions for Problems 14 – 16:Graph one cycle of the fun…

Instructions for Problems 14 – 16:Graph one cycle of the function. On your paper, accurately sketch the graph. Be sure to label the 5 points used to graph the function. The x- and y-axes must be marked with these values also. For example: x-axis markings 0, , π, , 2π ; y-axis markings -2, -1, 0, 1, 2.y = 3 sin x + 5

Instructions for Problems 14 – 16:Graph one cycle of the fun…

Instructions for Problems 14 – 16:Graph one cycle of the function. On your paper, accurately sketch the graph. Be sure to label the 5 points used to graph the function. The x- and y-axes must be marked with these values also. For example: x-axis markings 0, , π, , 2π ; y-axis markings -2, -1, 0, 1, 2.   y = 2 tan(4x)

Instructions for Problems 14 – 16:Graph one cycle of the fun…

Instructions for Problems 14 – 16:Graph one cycle of the function. On your paper, accurately sketch the graph. Be sure to label the 5 points used to graph the function. The x- and y-axes must be marked with these values also. For example: x-axis markings 0, , π, , 2π ; y-axis markings -2, -1, 0, 1, 2.y = -2 cos (x – )

A completely full B Tree with n=4, l=10 and height=2 (has le…

A completely full B Tree with n=4, l=10 and height=2 (has levels 0, 1, 2) can have how many unique keys (Assume unique values are inserted)? Assume 0 based height. A tree with a single root node has a height = 0. n = maximum children a node can have l = maximum keys a node can have