At any point t on the curve `x=a(t+sint),y=a(1-cost)` find the lengths |Class 12 MATH | Doubtnut

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At any point t on the curve x=a(t+sint), y=a(1-cost), find the lengths |Class 12 MATH | Doubtnut At any point t on the curve x=a(t+sint), y=a(1-cost), find the lengths |Class 12 MATH | Doubtnut
Find the equation of the tangent and the normal at the point \ Find the equation of the tangent and the normal at the point \'t\' on the curve x=a(t+sint), y=a...
The length of the normal at point ‘ t’ of the curve x=a(t+sint) , y = a(1-cost) is The length of the normal at point ‘ t’ of the curve x=a(t+sint) , y = a(1-cost) is
Find the radius of curvature at any point of the curve x=a(t-sint), y=a(+) Find the radius of curvature at any point of the curve x=a(t-sint), y=a(+)
Show that radius of curvature x=a(cost+tsint) & y=a(sint tcost) is at Show that radius of curvature x=a(cost+tsint) & y=a(sint tcost) is at
X = a(t+sint) y = a(1-cost) find LENGTH OF SUBTANGENT SUBNORMAL tangent normal applications of deriv X = a(t+sint) y = a(1-cost) find LENGTH OF SUBTANGENT SUBNORMAL tangent normal applications of deriv
Find the area of the figure bounded by one arc of the cycloid x = a(t-sint), y = a(1-cost) and the x Find the area of the figure bounded by one arc of the cycloid x = a(t-sint), y = a(1-cost) and the x
find radius of curvature at any point. x=a(cost +tsint);y=a(sint-tcost). find radius of curvature at any point. x=a(cost +tsint);y=a(sint-tcost).