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# Use implicit differentiation t0 find dyldx and d2yldx2. 3) xy - X+y =4 A) d-%+dly 2y + 2 dx2 (x+ 1)2 C) d-#d-&7 dx2 (x+1)2B) dy 4d 2y _ 2 dx dx2 (x + 1)2 D) dx ...

## Question

###### Use implicit differentiation t0 find dyldx and d2yldx2. 3) xy - X+y =4 A) d-%+dly 2y + 2 dx2 (x+ 1)2 C) d-#d-&7 dx2 (x+1)2B) dy 4d 2y _ 2 dx dx2 (x + 1)2 D) dx LX,dly _tl dx2 (x+1)24) x2 +y2 = 5,at the point (2,1) A) dx z4 dx =0 dx2 dx = -2;- dx dx =35 dx2dx =-2; dy =1 dx2 D) d-2d =5 dx2At the given point; find the slope of the curve, the line that is tangent to the curve, or the line that is normal to the curve, requested. 5) x5y5 = 32, tangentat (2,1) A)y = l6x + 1 B) y = - 3x+2 Cy-Zx D)y

Use implicit differentiation t0 find dyldx and d2yldx2. 3) xy - X+y =4 A) d-%+dly 2y + 2 dx2 (x+ 1)2 C) d-#d-&7 dx2 (x+1)2 B) dy 4d 2y _ 2 dx dx2 (x + 1)2 D) dx LX,dly _tl dx2 (x+1)2 4) x2 +y2 = 5,at the point (2,1) A) dx z4 dx =0 dx2 dx = -2;- dx dx =35 dx2 dx =-2; dy =1 dx2 D) d-2d =5 dx2 At the given point; find the slope of the curve, the line that is tangent to the curve, or the line that is normal to the curve, requested. 5) x5y5 = 32, tangentat (2,1) A)y = l6x + 1 B) y = - 3x+2 Cy-Zx D)y = I6x - 1 6) y6+x3 =y2 + 1Ox, normal at (0,1) A)y=- 3* B)y = 2x+1 Cy-fx+1 D)y = - 3*+1

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