Drag each tile to the correct box. Not all tiles will be used. One solution each is given for four quadratic equations. Assuming that each quadratic equation has two solutions, what is the second solution
for each equation?
I = 4 - 5
= 5 + 4i
r = -4 + 51
I = -5
4i
I = 5 - 4
>
I = 4 + 51
= -4 - 5
>

The average daily maximum temperature for laura’s hometown can be modeled by the function f(x)=4.5sin(πx/6)+11.8 , where f(x) is the temperature in °c and x is the month. x = 0 corresponds to january. what is the average daily maximum temperature in may? round to the nearest tenth of a degree if needed. use 3.14 for π .