Starting with the function f(x)=ex, create a new function by performing the following transformations. i. First shift the graph of f (x) to the left by two units. f1(x)=? ii. Then compress your result by a factor of 1/7 f2(x)= ? iii. Next, reflect it across the x-axis. f3(x)= ? iv. And finally shift it up by eight units to create g (x). g (x) =?

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Starting with the function f(x)=ex, create a new function by performing the following transformations.   i. First shift the graph of f (x) to the left by two units.   f1(x)=?  ii. Then compress your result by a factor of 1/7  f2(x)= ?  iii. Next, reflect it across the x-axis.   f3(x)= ?  iv. And finally shift it up by eight units to create g (x).   g (x) =?

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The given function is f(x)=ex. 1.The graph of the function is shifted to the left by 2 units. f1(x)=f(x+h) h is the no of units shifted =f(x+2) =e(x+2) 2. the graph compressed by factor 1/7 as follows f2(x)=af(x) =1/7ex(0&amp;lt;1/7&amp;lt;1) 3. Reflect the graph across x-axis f3(x)=−f(x) =−ex 4.The graph is shifted up by 8 units to create g(x) g(x)ex+8 (8 units up)

Starting with the function f(x) = e^x, create a new function by performing the following transformations. i. First shift the graph of f (x) to the lef

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