Provide an example of a unique trig function that includes multiple transformations. describe how it is different from the standard trig function f(x) = sin x, f(x) = cos x, or f(x) = tan x using key features.

Use this data in the problem below. follow the steps carefully. round to the nearest tenth. lot 3: week 1: 345 week 2: 340 week 3: 400 week 4: 325 step 1. jim enters the data and calculates the average or mean. step 2. jim calculates the deviation from the mean by subtracting the mean from each value. step 3. jim squares each deviation to remove negative signs. step 4. jim sums the squares of each deviation and divides by the count for the variance. step 5. jim takes the square root of the variance to find the standard deviation.

1-for what value of x is line a parallel to line b 2-for what value of x is line a parallel to line b

What is the equation of this graphed line? enter your answer in slope-intercept form in the box.