Which of the following transformations will change the range of exponential functions? a Vertical Compression b Vertical Shift c Horizontal Shift d None of the above

Step-by-step explanation:

Remember that the range is the set value that defined the dependent variable  of a function, which is represents with Y.

So, all transformations about vertical shifts, it would represent a change to the range set of the exponential fuction.

For example, let's say that we have the function , which domain is all real numbers and which range is all real numbers greater than zero.

Now, let's say we transform that function to , which is the same function but shifted up 6 units.

Notice that the function has the same domain -all real numbers- but different range, because it's defined by all real numbers greater than 6.

Therefore, the transformation that can change the range of a function is B. Vertical Shift.

answer

explanation

the area of a circle is calculated using the formula

or

we can use any of the above formulae to calculate the required. preferably, let us use the latter since the diameter is

we substitute the diameter into the formula to get:

this is the exact value for the area of the circle.

the correct answer is a

160

step-by-step explanation:

idk

i hope i