Determine the x coordinate of the point where the derivative of y=x2-2x equals 0

Guide :

Determine the x coordinate of the point where the derivative of y=x2-2x equals 0

Derivative function?

Research, Knowledge and Information :


Determine the x coordinate of the point where the derivative ...


Determine the x coordinate of the point where the derivative of y equals x square ... A point whose y-coordinate is 6 lies on ... x2+2x+x0 = 0 Any integer raised to ...
Read More At : www.answers.com...

How calculate the X, Y coordinates of a point. Calculate the ...


How calculate the x,y coordinate of a point. ... The derivative of f(x) at x = x 1 (and y = y 1) ... (x 1) = 0 = 3(x 1) 2 - 12. 3(x 1) 2 = 12
Read More At : derivative-functions.cours-de-math.eu...

determine the x-coordinate of the point on the curve y=2x(lnx ...


determine the x-coordinate of the point on the curve y=2x ... 2))? 2. Find the derivative of f(x) = ... two points on the curve where y equals 0 and show that the ...
Read More At : www.jiskha.com...

Find points on a graph where tangent line is horizontal - YouTube


Feb 04, 2013 · Find the points on the graph of f(x) = 2x^3 ... Find points on a graph where tangent line is horizontal ... Equation of a Tangent Line with Derivatives ...

X2 - 2x - 5 equals 0? - Find Answers Here! - FinderChem.com


X2 - 2x - 5 equals 0 ... Determine the x coordinate of the point where the ... Determine the x coordinate of the point where the derivative of y=x2-2x equals 0. ...
Read More At : www.finderchem.com...

What is the x-coordinate of the point of inflection on the ...


... What is the x-coordinate of the point of ... (y''), and the x-values at which y'' equals 0. ... We set our second derivative to 0: ##y''=x^2(2x+6)=0## And we can ...
Read More At : studydaddy.com...

CONCAVITY AND INFLECTION POINTS - Georgia Perimeter College


CONCAVITY AND INFLECTION POINTS. Find the Second Derivative of the function, f. ... y-coordinate of the Inflection Point. ... 12x2= 0 . X = 0 . The Second Derivative is
Read More At : depts.gpc.edu...

Suggested Questions And Answer :


Determine the x coordinate of the point where the derivative of y=x2-2x equals 0

y=x2-2x....maebee yu meen x^2-2x???? dy/dx=2x-2, so =0 if x=1
Read More: ...

Find the point(s) where the line through the origin with slope 6 intersects the unit circle.

The line passes through the origin so its equation is y=6x. The equation of the unit circle is x^2+y^2=1, which has centre (0,0) and radius 1. Substituting y=6x in the equation of the circle we have 37x^2=1 and x=+sqrt(1/37). Therefore the y values for the intersections are y=+6sqrt(1/37). The
Read More: ...

Two adjacent corrals are to be made using 240 ft of fencing. The fence must around the outer perimeter and across the middle. Find the dimensions so that the total enclosed area is as possible.

Two adjacent corrals are to be made using 240 ft of fencing. The fence must around the outer perimeter and across the middle. Find the dimensions so that the total enclosed area is as possible. The picture is a rectangle. The fwnce is across the middle of the rectangle. One side=y. The other sid
Read More: ...

a point is square root of ten units from A(-1,-3). find the point if its coordinate are equal

???????????? "if its koordinut ARE equal...du yu hav 1 or many ?????????????? sound like yu hav a POINT at (-3,-3) & wanna find nuther point with distans twee em 2 points=sqrt(10) sound like a serkel round yer point, so equashun is (x+3)^2 +(y+3)^2=10 me ges yer spozed tu evaluate this
Read More: ...

Determine the coordinates of the turning points and conclude the maximum turning point of the equation y= (x^2 - 3)(x +3)

y=x^3+3x^2-3x-9. The changes of sign determine the minimum number of turning points. There is therefore at least one (sign changes from + to - along the terms of the polynomial). y'=3x^2+6x-3=0 at a turning point. This quadratic can be reduced to x^2+2x=1, and completing the square: x^2+2x+1=2
Read More: ...

given: y= f(x) = x^3 - 3x +2 determine dy/dx, the second derivative, turning points, min and max, point of inflection

f'(x)=dy/dx=3x^2-3; when 3x^2-3=0 there is a turning-point (the gradient is horizontal). So x^2=1 and x=1 and -1. Second derivative f"(x)=6x. At x=1 f"(1)>0 (minimum) and at x=-1 f"(-1)<0 (maximum). When x=1 y=1-3+2=0; when x=-1 y=-1+3+2=4. The coords for min are (1,0) and ma
Read More: ...

Determine the first derivative (dy/dx) : y= f(x)=x^3-3x+2

Please note that the title to this question has y=f(x)=x^3-3x+2 but the text of the question has y=f(x)=3x^3-3x+2, which is the equation I have used in my answer. (a) 1. f'(x)=dy/dx=9x^2-3 using the rules of differentiation 2. f"(x)=18x (gives the nature of any turning point) 3 and 4:&nb
Read More: ...

Maximum volume of a cube

The volume of a cube is L*W*H. So with L = 24-2x, W = 24-2x and H = x you get: V(x)=(24-2x)*(24-2x)*x=((24-2x)^2)*x=(5… The max volume is found when the derivative of V(x) equals zero. V'(x)=576-192x+12x^2=0 Solving that we get two points: x=12 and x=4 We try both solutions in the Volume equa
Read More: ...

What is the x-value of Y, the point that is three-eighths the distance of segment XZ?

The line segment XZ is the hypotenuse of a right-angled triangle we'll call AXZ, where A is 90 degrees . The point Y is 3/8 along XZ, nearer to X than to Z. By similar triangles the coords of Y will be 3/8 from Y to A and 3/8 from A to Z. AX=AZ=6 (the difference between the x and y coords of points
Read More: ...

Application of Derivatives =)) Help?

A. Determine where each of the following functions is increasing and where it is decreasing. 1) f(x) = x^2 - 6x + 19 f’(x) = 2x – 6 > 0 for x > 3 Function increases on x > 3 and decreases on x < 3 2) f(x) = 10x - x^2 f’(x) = 10 – 2x > 0 for x < 5 Function
Read More: ...

Tips for a great answer:

- Provide details, support with references or personal experience .
- If you need clarification, ask it in the comment box .
- It's 100% free, no registration required.
next Question || Previos Question
  • Start your question with What, Why, How, When, etc. and end with a "?"
  • Be clear and specific
  • Use proper spelling and grammar
all rights reserved to the respective owners || www.painphr.com || Terms of Use || Contact || Privacy Policy
Load time: 0.1155 seconds