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Consider the curve defined by

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Question A plane curve is defined by the following parametric equations: Which of the following statements best describes the
1. 1 answer
2. 73 views
Given the curve defined by the equation y=cos^2(x) + sqrt(2)* sin(x) with domain (0,pi) , find all points on the curve where the
1. 1 answer
2. asked by Ashok
3. 682 views
The gradient of a curve is defined bydy/dx = 3x^(1/2) - 6 Given the point (9, 2) lies on the curve, find the equation of the
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2. asked by James
3. 2,980 views
If tangents to the curve defined by y=x^2+4 ln x are parallel to the line defined by byy-6x+3=0, determine the points where the
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2. asked by Anonymous
3. 1,161 views
A curve is defined by the parametric equations: x = t2 – t and y = t3 – 3tFind the coordinates of the point(s) on the curve
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2. asked by Daksh
3. 2,573 views
For the parametric curve defined x=2t^3-12t^2-30t+9 and y=t^2-4t+6 ..find dy/dx and then where is the tangent to the curve
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2. asked by Sammy
3. 661 views
Given the curve of C defined by the equation x^2 - 2xy +y^4 =4.1) Find the derivative dy/dx of the curve C by implicit
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2. asked by x
3. 753 views
consider the curve defined by the equation y=a(x^2)+bx+c. Take a point(h,k) on the curve. use Wallis's method of tangents to
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2. asked by iew
3. 1,038 views
consider the curve defined by the equation y=a(x^2)+bx+c. Take a point(h,k) on the curve. use Wallis's method of tangents to
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2. asked by jeff
3. 556 views
for the parametric curve defined by x=3-2t^2 and y=5-2t ...sketch the curve using the parametric equation to plot of the point.
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2. asked by kelly
3. 847 views

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