The answer is 29
let n be the first of the consecutive odd numbers
⇒ n, n+2, n+4 n+6, n+5
represent 5 consecutive odd numbers
sum = n+ (n+2) + (n+4) + (n+6) + (n+8) = 5n+20
⇒ 5n +20=145
Solve for n = 25
25, 27, 29, 31, 33
25+27+29+31+33=145
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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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It will cost $5.75 for 5 toppings and you get 3 toppings for the price of $4.75
To figure this out simply divide 22 by 2, 11, so therefore 11+11=22. subtract 3 from 11, add 3 to the other 11 because 3+3=6, making the correct answer 8+14=22.