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Tamil Nadu Board of Secondary EducationHSC Arts Class 12

HSC Arts Class 12 - Tamil Nadu Board of Secondary Education Question Bank Solutions

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Find the points on the curve y2 – 4xy = x2 + 5 for which the tangent is horizontal

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

Find the tangent and normal to the following curves at the given points on the curve

y = x2 – x4 at (1, 0)

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

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Find the tangent and normal to the following curves at the given points on the curve

y = x4 + 2ex at (0, 2)

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

Find the tangent and normal to the following curves at the given points on the curve

y = x sin x at `(pi/2, pi/2)`

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

Find the tangent and normal to the following curves at the given points on the curve

x = cos t, y = 2 sin2t at t = `pi/2`

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

Find the equations of the tangents to the curve y = 1 + x3 for which the tangent is orthogonal with the line x + 12y = 12

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

Find the equations of the tangents to the curve y = `- (x + 1)/(x - 1)` which are parallel to the line x + 2y = 6

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

Find the equation of tangent and normal to the curve given by x – 7 cos t andy = 2 sin t, t ∈ R at any point on the curve

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
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Find the angle between the rectangular hyperbola xy = 2 and the parabola x2 + 4y = 0

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
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Show that the two curves x2 – y2 = r2 and xy = c2 where c, r are constants, cut orthogonally

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

Choose the correct alternative:

The volume of a sphere is increasing in volume at the rate of 3π cm3/ sec. The rate of change of its radius when radius is `1/2` cm

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

Choose the correct alternative:

A balloon rises straight up at 10 m/s. An observer is 40 m away from the spot where the balloon left the ground. The rate of change of the balloon’s angle of elevation in radian per second when the balloon is 30 metres above the ground

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

Choose the correct alternative:

The position of a particle moving along a horizontal line of any time t is given by s(t) = 3t2 – 2t – 8. The time at which the particle is at rest is

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

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A stone is thrown, up vertically. The height reaches at time t seconds is given by x = 80t – 16t2. The stone reaches the maximum! height in time t seconds is given by

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

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Find the point on the curve 6y = x3 + 2 at which y-coordinate changes 8 times as fast as x-coordinate is

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

Choose the correct alternative:

The abscissa of the point on the curve f(x) = `sqrt(8 - 2x)` at which the slope of the tangent is – 0.25?

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

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The slope of the line normal to the curve f(x) = 2 cos 4x at x = `pi/12` is

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

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The tangent to the curve y2 – xy + 9 = 0 is vertical when

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

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Angle between y2 = x and x2 = y at the origin is

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined

Choose the correct alternative:

The maximum slope of the tangent to the curve y = ex sin x, x ∈ [0, 2π] is at

[7] Applications of Differential Calculus
Chapter: [7] Applications of Differential Calculus
Concept: undefined >> undefined
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