Answer:
Step-by-step explanation:
y = 3(4x + 1)^1/2 - 2x
dy/dx = 3*1/2(4x + 1)^-1/2 * 4 - 2
= 4 * 1.5 (4x + 1)^-1/2 - 2
= 6(4x + 1)^-1/2 - 2
= [6/√(4x + 1)] - 2
y = 3(4x + 1)^1/2 - 2x
∫3(4x + 1)^1/2 - 2x . dx
= 3 * 1/4 * (4x + 1)^3/2 / 3/2 - x^2 + C
= 3/4 * 2/3 (4x + 1)^3/2 - x^2 + C
= 1/2((4x + 1)^3/2 - 2x^2) + C.
I think it's to late, but...
Just turn the second equation into y equals mx plus b form
Then graph both equations
Pretty easy so far
After graphing them, you just have to find where they intersect, and that is your answer.
If they're parrallel, then there is no solution.
If it's the same line, then it's many solutions.
HOPE THIS HELPED
Answer:
4.99 Rounded*
Step-by-step explanation:
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GodBless c:
