  The following table shows, for a certain manufacturing plant, the number W of widgets, inthousands, produced in a day as a function of n, the number of full-time workers.XW =Thousands ofwidgets produced25.037.8n = Number ofworkers10203043.246.948.14050Make a table showing, for each of the 10-worker intervals, the average rate of change in W perworker. (Round your answers to two decimal places.)Step 1The average yearly rate of change is given byChange in WChange in workersAverage rate of change =For each of the four intervals we useChange in workers -1010Step 2For each interval we get the change in W by taking the ending value less the beginning value.(Round your answers to one decimal place.)Change from 10 to 20W(20) W(= 37.8-Change from 20 to 30 W(30) -W43.2Change from 30 to 40W40) - W= 46,9-Type here to search

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what are the blanks help_outlineImage TranscriptioncloseThe following table shows, for a certain manufacturing plant, the number W of widgets, in thousands, produced in a day as a function of n, the number of full-time workers. X W =Thousands of widgets produced 25.0 37.8 n = Number of workers 10 20 30 43.2 46.9 48.1 40 50 Make a table showing, for each of the 10-worker intervals, the average rate of change in W per worker. (Round your answers to two decimal places.) Step 1 The average yearly rate of change is given by Change in W Change in workers Average rate of change = For each of the four intervals we use Change in workers -10 10 Step 2 For each interval we get the change in W by taking the ending value less the beginning value. (Round your answers to one decimal place.) Change from 10 to 20 W(20) W( = 37.8- Change from 20 to 30 W(30) -W 43.2 Change from 30 to 40 W40) - W = 46,9- Type here to search fullscreen
Step 1

Change from 10 to 20:

Step 2

Change from 20...

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