Calc Review for Quiz 10. Tangent& Normal Lines Equation (Implici

Write the equations of the lines tangent and normal to the curve y = x²

at x = 1

Tangent line equation (a)  

Normal line equation ​ (b)  

• y = 2x + 1

• y = 2x - 1
• y = -2x + 1

• y = x - 1

• y=(-1/2)x + 3/2
• y=(-1/2)x - 1/2
• y=(1/2)x + 5/2

• y=(-3/4)x + 25/4
• y=(-3/4)x + 17/4
• y=(4/3)x
• y=(4/3)x - 5
• y=(4/3)x - 12
• y=(3/4)x-25/4
• y=(-4/3)x
• y=(-4/3)x+7

• y=(-13/4)x - 11/2
• y=(-13/4)x + 11/4
• y=(4/13)x + 21/13
• y=(14/3)x - 5
• y=(4/13)x - 31/13
• y=(13/4)x-25/4
• y=(-4/13)x
• y=(-14/3)x+17/3
• y=(3/14)x + 21/14

• y=-x + 6
• y=x
• y=x + 1
• y=-x + 5
• y=x - 3
• y=-x - 4
• y= -x
• y=x + 6

Mathematical Equivalence

ON

Mathematical Equivalence

ON

Determine the equation of the tangent to the given curve (click to enlarge) at the touch point (-2, 0)

Mathematical Equivalence

ON

Determine the equation of the normal to the given curve (click to enlarge) at the touch point (-2, 0)

Mathematical Equivalence

ON

Determine the equation of the normal to the given curve (click to enlarge) at the touch point (1, 2)

Mathematical Equivalence

ON