What would be the ratio of the number of cans to the price at super saver and price busters if a coupon for $1 off the total pur
1 answer:
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Answer:
This proves that f is continous at x=5.
Step-by-step explanation:
Taking f(x) = 3x-1 and , we want to find a
such that
At first, we will assume that this delta exists and we will try to figure out its value.
Suppose that . Then
.
Then, if , then
. So, in this case, if
we get that
. The maximum value of delta is
.
By definition, this procedure proves that . Note that f(5)=14, so this proves that f is continous at x=5.
A fraction that is equivalent to 
will have the form 
, where A and B are equivalent and factors that are multiplied in.
The product fraction should be easily simplified using A and B to get the original fraction.
<em>In the case of your fraction </em>
you will need to find a fraction which is a product of this: 
The product fraction should be easily simplified using A and B to get the original fraction.
<em>In the case of your fraction </em>
Answer:
- x = 10
Step-by-step explanation: