Find the equation of the normal line to the parabola y=x^2-5x+4
Answers
Answered by
0
I hope this will help you
if not then comment me
if not then comment me
Attachments:
Answered by
0
The normal is:
y=13(x−1)
Explanation:
The general equation of the normal line is:
y(ξ)−f(x)=−1f'(x)(ξ−x)
If we put the equation of the line in the same form:
y=13(x−5)
we can see the two lines are parallel when
−1f'(x)=13
f'(x)=−3
Take the derivative of f(x):
f'(x)=2x−5
and fond the value of x for which f'(x)=−3
2x−5=−3
x=1
The desired normal line is:
y−f(1)=−1f'(1)(x−1)
y=13(x−1)
plz mark as brainly
y=13(x−1)
Explanation:
The general equation of the normal line is:
y(ξ)−f(x)=−1f'(x)(ξ−x)
If we put the equation of the line in the same form:
y=13(x−5)
we can see the two lines are parallel when
−1f'(x)=13
f'(x)=−3
Take the derivative of f(x):
f'(x)=2x−5
and fond the value of x for which f'(x)=−3
2x−5=−3
x=1
The desired normal line is:
y−f(1)=−1f'(1)(x−1)
y=13(x−1)
plz mark as brainly
Attachments:
Similar questions