The answer is 42 because you times 14 by 3
To find a function that represents these values, just substitute x-values in and look for a function that gives you the correct f(x).
A) This works for 0, but not 2
B) This works for 0, 2, and 4 making it the right answer.
Answer:
b
Step-by-step explanation:
5x +3(x-1) -10x -2x -3
5x +3x -3 -10x -2x -3
8x -3 -10x -2x -3
-2x -3 -2x -3
-4x -6
if this equation is equal to zero then x = -3/2
Given a solution

, we can attempt to find another via reduction of order of the form

. This has derivatives


Substituting into the ODE yields



Now letting

, so that

, you end up with the ODE linear in


Assuming

(which is reasonable, since

is a singular point), you can divide through by

and end up with

and integrating both sides with respect to

gives

Back-substitute to solve for

:

and again to solve for

:


Alternatively, you can solve this ODE from scratch by employing the Euler substitution (which works because this equation is of the Cauchy-Euler type),

. You'll arrive at the same solution, but it doesn't hurt to know there's more than one way to solve this.
Answer:
6
Step-by-step explanation:
2+2+2+2+2+2=12
6x2=12