You would lay out the equation for area
A=(L)(W)
then plug in the variables
8x^2+26x+12=2x+5(L)
then solve for L
Answer:21
Step-by-step explanation:
The kid makes 7 dollars an hour.
7*2=14
7*3=21
7*5=35
(6.2) and the perpendicularly to y = to 1223
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:
46 1/3 yards
Step-by-step explanation: