z squared - 7/3z + 10/9
i believe cause it wouldn't convert my repeating decimal into a fraction..
I multiplied z by everything on the other side and then i multiplied -5/3 to the same side as i did z then i combined like terms
Answer: THE SECONDED ONE
Step-by-step explanation: NONE
Answer:
7.737
Step-by-step explanation:
Yes, a point of inflection exists where f''(x) = DNE.
We know that the point of inflection, also known as the inflection point, is where the function's concavity changes. Changing the function from concave down to concave up, or vice versa, means that. In other words, an inflection point is a location at which the rate of slope change from an increasing to a decreasing manner, or vice versa, occurs. There is no doubt that those points are neither local maxima nor minima. They are called stationary points.
Let's take an example
Here,
and
Clearly f''(x) = DNE at x = 0. We are going to check if x = 0 is a point of inflection or not.
At x = -1, (left side of 0), (concave up)
At x = 1, (right side of 0), (concave down)
Then by the definition, we can conclude that x = 0 is a point of inflection.
Therefore, a point of inflection exists where f''(x) = DNE.
Learn more about point of inflection here -
brainly.com/question/5928704
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Hey there! I'm happy to help!
We want to find the probability that the player makes at least seven out of eight free throws. First, we find the probability of them making seven free throws.
Then, we find the probability of them making eight, which is another possibility that fits this.
Now, we add the probability of these two events happening.
Therefore, the probability that the player makes at least seven of eight free throws is 3/256 or about 1.17%
Have a wonderful day! :D