Click the link to your class and see more visual representation of derivatives, tangents and even normals. Once you are done, if you are still confused about the normal, their is a video provided if you would like to learn on your own, and I can of course explain it to you with another example similar to the video.
OPT E - Tangent and Normal Desmos Activity
OPT G - Tangent and Normal Desmos Activity
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Question 1
1.
Find the equation of the normal to the given curve at the state point P. Give your answer in the form ax + by + c = 0 such that a, b, c \in Z
1 point
1
Question 2
2.
Find the equation of the normal to the given curve at the state point P. Give your answer in the form ax + by + c = 0 such that a, b, c \in Z
1 point
1
Question 3
3.
Find the equation of the normal to the given curve at the state point P. Give your answer in the form ax + by + c = 0 such that a, b, c \in Z
1 point
1
Question 4
4.
Find the equation of the normal to the given curve at the state point P. Give your answer in the form ax + by + c = 0 such that a, b, c \in Z
1 point
1
Question 5
5.
Find the equation of the normal to the given curve at the state point P. Give your answer in the form ax + by + c = 0 such that a, b, c \in Z
1 point
1
Question 6
6.
Find the equation of the normal to the given curve at the state point P. Give your answer in the form ax + by + c = 0 such that a, b, c \in Z