Answer 2 Step 3 of 4: Determine where the function is concave up and concave down. Enter your answers in interval notation. Separate multiple intervals with a comma. f(x) Concave up on: 2x + 12 Concave down on: Previous Ar Selecting a radio button will replace the entered answer value(s) with the radio button value. If the radio button is not selected, the entered answer is used. O Never concave up Key Keyboard Sho O Never concave down

Q: Determine an appropriate domain of each function. Identify the independent and dependent variables A…

A: To find the domain of the function

Q: Differentiate the function. y = ex + 3 + 8

A: We have to differentiate the given function.

Q: Given the function in the image attatched please find the following values:  A. G(2) B. G(6) C. G…

A:

Q: State the intervals on which the given function is increasing, decreasing, or constant.

A:

Q: Part A: Let y represent the number of rabbits after x years. Which functioncan be used to model y as…

A: Figure in table year Rabbit 0 10 1 30 2 90 3 270 4 810 5 2430…

Q: Write a function rule for the area of a triangle with a base 3 cm greater than 5 times its height.…

A:

Q: Find the number of units the function y = |x + 6| + 3 is translated from the parent function.…

A: This question can be solved using the concept of general equation of parabola.

Q: Determine the domain and range of the following function as shown.

A: Given: fx=x5+x

Q: Determine if the function is odd, even or neither * x2-1 x²+1

A:

Q: State if the following function is even or odd algebraically f(x) = 3x5 + x³ - 7x

A: We know  that  f-x=-fxthen fx is  oddfxthen fx is even Given function fx=3x5+x3-7x f-x=3-x5+-x3-7-x…

Q: 17. For what value(s) of k will the following function have only one zero? f(x)=x² − kx +9

A: The function is given as           f(x) = x2 - kx + 9 . . . . . . . (1)    Then, f(x) = 0    =>…

Q: question

A:

Q: | Rewrite using function notation. Use function name f 4) n = 3t – 1

A: Given ,    n=3t-1 We have to write it using function notation.