There is a unique line passing through the point (2, 1) which is tangent to the parabola y = as can be seen in the graph

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answerhappygod
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There is a unique line passing through the point (2, 1) which is tangent to the parabola y = as can be seen in the graph

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There Is A Unique Line Passing Through The Point 2 1 Which Is Tangent To The Parabola Y As Can Be Seen In The Graph 1
There Is A Unique Line Passing Through The Point 2 1 Which Is Tangent To The Parabola Y As Can Be Seen In The Graph 1 (51.94 KiB) Viewed 24 times
There Is A Unique Line Passing Through The Point 2 1 Which Is Tangent To The Parabola Y As Can Be Seen In The Graph 2
There Is A Unique Line Passing Through The Point 2 1 Which Is Tangent To The Parabola Y As Can Be Seen In The Graph 2 (33.45 KiB) Viewed 24 times
2.
There Is A Unique Line Passing Through The Point 2 1 Which Is Tangent To The Parabola Y As Can Be Seen In The Graph 3
There Is A Unique Line Passing Through The Point 2 1 Which Is Tangent To The Parabola Y As Can Be Seen In The Graph 3 (27.08 KiB) Viewed 24 times
There is a unique line passing through the point (2, 1) which is tangent to the parabola y = as can be seen in the graph. What are the coordinates of the point where the line is tangent to the curve? (1,16) (2,1) (2-√3,7-4√3) 4 (2, 1)

(¹) 16 (2,1) (2-√3,7-4√3) (2+√3,7+4√3) (T'Z)

Find the derivative of f(x) = cos ¹(cos x) on the interval (0, π). O f'(x) = 1 O f'(x) = sec x O f'(x) = 0 Of'(x) = x f'(x) = - sec x -
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