SOLUTION: i) Find the stationary point
ii) Find the values of x
iii) Find the maximum
iv) A curve y = f(x)
Algebra.Com
Question 1202622: i) Find the stationary point
ii) Find the values of x
iii) Find the maximum
iv) A curve y = f(x)
Answer by ikleyn(52893) (Show Source): You can put this solution on YOUR website!
.
In this post, I see 4 (four) different problems, packed in one post.
At this forum, it is NOT RECOMMENDED to pack more than one problem per post.
Regarding this rule, see web-page
https://www.algebra.com/tutors/students/ask.mpl?action=ask_question&topic=Equations&return_url=http://www.algebra.com/algebra/homework/equations/
from which you post your problems.
It is assumed that you read these rules before posting.
It is also assumed that you do understand what is written in that page and follow the rules.
Those who violate them, work against their own interests.
They also work against me, personally, because I should spend my time,
explaining OBVIOUS things, that relate to polite behavior on the forum,
instead of spending it for other students, who really need help.
RELATED QUESTIONS
i) Find the stationary point
ii) Find the values of x
State which point
(answered by ikleyn)
2. The curve f(x) = Ax^3 + Bx + 3 passes through the points F(1, -4) and G(-2,5).
(i)... (answered by josgarithmetic)
Find two quadrants in which there are no points on the graph of y = x^2 + 1.
a. I (answered by rapaljer)
Find two quadrants in which there are no points on the graph of y = x^2 + 1.
a. I... (answered by stanbon)
A curve has an equation of {{{y=xe^x}}}. The curve has a stationary point at P.... (answered by Alan3354)
The point
P(3, −3)
lies on the curve
y = 3/(2 − x).
(a) If Q is the... (answered by solver91311)
Find the stationary point on the curve y = sinx-0.5x for o < x < π and justify that it... (answered by ikleyn)
The curve y = e^x + 4e^-2x has one stationary point.
Find the x-coordinate of this... (answered by rothauserc)
The function f is such that f(x) = a - bcosx for 0° ≤ x ≤ 360°, where a and b are... (answered by math_tutor2020)