Which statement best describes a strategy for estimating the perimeter of the figure below if the grid squares have side lengths 1 cm? On a coordinate plane, a figure has a side lengths of 2 units, 5 units, 4 units, and 4 diagonal units. Add the lengths of the horizontal and vertical segments, and then subtract 5 because the diagonal side is 4 units wide and 2 units tall. Add the lengths of the horizontal and vertical segments, and then subtract 3 because the diagonal side is 4 units wide but only 2 units tall. Add the lengths of the horizontal and vertical segments, and then add 3 because the diagonal side is 4 units wide but only 2 units tall. Add the lengths of the horizontal and vertical segments, and then add 5 because the diagonal side is 4 units wide and 2 units tall.

It appears that people who are mildly obese are less active than leaner people. one study looked at the average number of minutes per day that people spend standing or walking. among mildly obese people, the mean number of minutes of daily activity (standing or walking) is approximately normally distributed with mean 376 minutes and standard deviation 64 minutes. the mean number of minutes of daily activity for lean people is approximately normally distributed with mean 528 minutes and standard deviation 107 minutes. a researcher records the minutes of activity for an srs of 7 mildly obese people and an srs of 7 lean people. use z-scores rounded to two decimal places to answer the following: what is the probability (image for it appears that people who are mildly obese are less active than leaner people. one study looked at the averag0.0001) that the mean number of minutes of daily activity of the 6 mildly obese people exceeds 420 minutes? what is the probability (image for it appears that people who are mildly obese are less active than leaner people. one study looked at the averag0.0001) that the mean number of minutes of daily activity of the 6 lean people exceeds 420 minutes?

Can someone answer this question for me

If f(x) = 2x + 8 and g(x) = x4, what is (gº)?