If the function is vertically stretched by 4, the resulting function will be g(x) = 4(2)^x
<h3>Vertical stretch of a function</h3>
Exponential function is written in standard form as y= ab^x
where
a is the base
x is the exponent
Given the following exponential function f(x) = 2^x. If the function is vertically stretched by 4, the resulting function will be g(x) = 4(2)^x
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So you know that a full rotation is 360 degree just divide. 360/20= 18 and So the polygon would have 18 sides
Answer:
The slope
Step-by-step explanation:
The answer would be the first one, (Angle QPT is equal to 1/2 (QT -QS). You would just need to use and input in the formula that finds angle measurements based on far and near arcs.
None of the inputs in the table of f(x) appears in the table of g(x), then we can't write the product between these two functions.
<h3>
Why you can't find the product of the two given functions?</h3>
For two functions f(x) and g(x), the product is defined as:
(g*f)(x) = f(x)*g(x).
Now, if we define our functions by tables, like in this case, we only can write the product if in each table we have a coordinate pair with the same input value.
For example if in the table of f(x) we have the pair (a, b), then f(a) = b
If in the table of g(x) we have the pair (a, d), then: g(a) = d.
And the product evaluated in will be:
(g*f)(a) = f(a)*g(a) = b*d
Now let's look at our tables.
None of the inputs in the table of f(x) appears in the table of g(x), then we can't write the product between these two functions.
If you want to learn more about product between functions:
brainly.com/question/4854699
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