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Statement 1: The maximum value of (sqrt(...

Statement 1: The maximum value of `(sqrt(-3+4x-x^2)+4)^2+(x-5)^2(w h e r e1lt=xlt=3)i s36.` Statement 2: The maximum distance between the point `(5,-4)` and the point on the circle `(x-2)^2+y^2=1` is 6

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Statement 1: The maximum value of (sqrt(-3+4x-x^(2))+4)^(2)+(x-5)^(2)(where1<=x<=3) is 36 Statement 2: The maximum distance between the point (5,-4) and the point on the circle (x-2)^(2)+y^(2)=1 is 6

Prove that The maximum value of (sqrt(-3+4x-x^2)+4)^2+(x-5)^2(w h e r e1lt=xlt=3) i s 36.

Maximum value of (sqrt(-3+4x-x^2)+4)^2+(x-5)^2 (where 1 le x le 3) is

Maximum value of (sqrt(-3+4x-x^(2))+4)^(2)+(x-5)^(2)(where1<=x<=3) is

The maximum distance of the point (4,4) from the circle x^2+y^2-2x-15=0 is

The maximum distance of the point (4,4) from the circle x^2+y^2-2 x-15=0 is

The maximum distance of the point (4,4) from the circle x^2+y2-2x-15=0 is

Find the maximum value of (7-x)^4(2+x)^5w h e nx lies between -2a n d7.