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Using differentiation to find the tangent and normal to a line at a given point
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England schools
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England university
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Scotland schools
Taxonomy: mathcentre
Taxonomy: Kind of activity
Taxonomy: Context
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From users who are members of Katie's workspace :
Katie Lester | said | Ready to use | 9 years, 6 months ago |
From users who are not members of Katie's workspace :
Deactivated user | said | Has some problems | 4 years, 4 months ago |
History
Deactivated user 4 years, 4 months ago
Gave some feedback: Has some problems
Katie Lester 9 years, 6 months ago
Gave some feedback: Ready to use
Katie Lester 9 years, 6 months ago
Created this.Name | Status | Author | Last Modified | |
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Differentiation 19 - Finding Tangent and Normal | Has some problems | Katie Lester | 13/11/2020 20:13 | |
Gareth's copy of Differentiation 19 - Finding Tangent and Normal | draft | Gareth Woods | 08/07/2016 11:14 | |
OCHO CUATRO Derivadas valor de f' | draft | Marlon Arcila | 08/09/2021 00:47 | |
Denis's copy of Gareth's copy of Differentiation 19 - Finding Tangent and Normal | draft | Denis Flynn | 29/03/2017 15:12 | |
Differentiation 19 - Finding Tangent and Normal | draft | Xiaodan Leng | 11/07/2019 07:00 |
There are 46 other versions that do you not have access to.
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Ask the student a question, and give any hints about how they should answer this part.
Find an equation for the tangent to the curve {y={a[0]}x2+{b[0]}x+{c[0]}} at the point at which it crosses the y-axis.
dydx=
Therefore, the gradient of the tangent at x=0 is
When x=0, y=
Hence, the equation for the tangent is:
So, y=
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